WO2017160711A1 - Modulation of the gut microbiome to treat mental disorders or diseases of the central nervous system - Google Patents

Abstract

The present disclosure relates to methods of treating at least one symptom of a mental disorder or disease of the central nervous system in a subject by modulating the amount of GABA produced in the subject's gut. The present disclosure also relates to methods of culturing the bacterial strain new bacterial strains. Also disclosed are methods of identifying bacterial strains capable of producing GABA, and engineering strains to produce GABA.

Description

MODULATION OF THE GUT MICROBIOME TO TREAT MENTAL DISORDERS OR DISEASES OF THE CENTRAL NERVOUS SYSTEM

Cross Reference to Related Applications

[0001 ] This application claims priority to, and benefit of, US Provisional Application No. 62/307,991, filed March 14, 2016, the contents of which is incorporated by reference in its entirety.

Incorporation of Seqnence Listing

[0002] The contents of the text file named ΉΟΒΕ001001 WOSeqList.ixt," which was created on March 13, 2017 and is 7.6 MB in size, are hereby incorporated by reference in their entirety.

[0003] This invention was made with government support under 3R01 HG005824-02S 1 awarded by the National Institute of Health. The government has certain rights in the invention.

Field of the Disclosure

[0004] The present disclosure relates to compositions and methods for treating at least one symptom of a disease in a subject. In some cases, the disease is a mental disorder or a disease of the central nervous system. The present disclosure teaches treatment of the disease by modulating (e.g., increasing) the amount of endogenous GABA in a subject's body. In some embodiments, the present disclosure teaches modulating (e.g., increasing) the amount of GABA produced in the subject's gut by bacteria in the gut. For example, the present disclosure teaches administration to a subject in need thereof bacteria that are capable of producing GABA (e.g., inside a human gut).

[0005] The present disclosure also relates to methods of culturing previously uncultured bacterial strains. For instance, the present disclosure teaches the previously uncultured bacterial strain Evtepia gahavorous KLE1738. As set forth herein, newly uncultured bacterial strains such as Evtepia gahavorous KLE1738 can be cultured by providing growth factors necessary for the bacteria's growth and reproduction. Also disclosed are methods of identifying bacterial strains capable of producing certain growth factors. For instance, described herein are methods of identifying bacterial strains capable of producing GABA, for instance under physiologically relevant conditions such as at a physiologically relevant pH.

|0007] The gut microbiome affects certain gastrointestinal and metabolic disorders, such as irritable bowel syndrome (IBS), Crohn's disease, ulcerative colitis, celiac disease, obesity, heart disease, type 1 and II diabetes, and colon cancer.

Microbiological studies have so far been limited, by necessity, to cultivable microorganisms. By some estimates, in external environments, 99% of bacteria are thought to be uncultured. The development of new techniques for culturing previously uncultured or uneuiturable bacteria can thus help to expand the scope of microbiology research.

The present disclosure provides compositions and methods for treating diseases such as mental illness or diseases of the central nervous system. In some embodiments, the present disclosure teaches therapeutic compositions comprising one or more bacteria (e.g. , purified bacteria) that are capable of producing GABA. The bacteria can be capable of producing GABA under physiologically relevant conditions, including within a human gut. The present disclosure also provides methods of treating a subject in need thereof comprising administering to a subject a therapeutic composition comprising GABA- producing bacteria. As set forth herein, the GABA-producmg bacteria can produce GABA in the subject's gut. The GABA can diffuse into other systems of the subject's body (e.g., the circulatory and nervous systems). There, the endogenous GABA can act as a neurotransmitter. In some embodiments, increased levels of GABA (e.g., in the nervous sy stem) can improve the symptoms of the mental illness or disease of the central nervous system.

[0010] In some embodiments, the present disclosure also provides methods for identifying bacteria that produce GABA in humans at a physiologically relevant pH range and uses for these bacteria to modulate GABA levels in humans to treat mental illness. [0011] The present disclosure also relates to a method of culturing previously uncultivated bacterial species. For instance the present disclosure teaches the isolation and characterization of a bacterial species KLE1738, provisionally named Evtepia gabavorous. Growth of E. gabavorous requires the presence of the growth factor GABA, which can be supplied by GABA-producing bacteria such as Bacteroides fragilis KLE1758.

[0012] In one aspect, the present disclosure provides a therapeutic composition comprising at least one purified bacterial population consisting of bacteria capable of producing GABA in a subject in need thereof.

[0013] In some embodiments, the at least one bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to a 16S rDNA sequence selected from one of Seq. ID. Nos. 1-31 set forth in Table 1. In some embodiments, the at least one purified bacterial population consists of bacteria selected from the group consisting of: Bacteroides caccae KLE1911; Bacteroides darns KLE1930; Bacteroides dorei KLE1912; Bacteroides finegoldii KLE1931; Bacteroides fragilis LE1958; Bacteroides massi!iensis KLE1932; Bacteroides ovatus KLE1770; Bacteroides stercoris KLE1933; Bacteroides thetaiotaomicron KLE1934; Bacteroides uniformis KLE1913; Bacteroides vulgatus KLE1910; Bacteroides xylanisolvens KLE1935; Bifidobacterium adoiescentis KLE 1879; Blautia obeum KLE1914; Blautia wexlerae LE1916; Butyricimonas virosa KLE1938; Clostridium perfringens KLE1937; Clostridium sordellii KLE1939; Clostridium sp. KLE 1862; Clostridium sp. KLE1918; Coprobacillus sp. KLE1779; Coprococcus sp, KLE1880; Dorea longicatena KI.E1917; Eggerthella lenta KLE 1926; Eubacterium rectale KLE1922; Gordonihacter pamelaeae KLE1915; Oscillibacler sp, KLE 1928; Parabacteroides distasonis KLE2020; Parabacteroides merdae KLE1863; Ruminococcus gnavus KLE1940; Turicibacter sanguinis KLE1941, and combinations thereof.

[0014] In some embodiments, the at least one purified bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to a 16S rDNA sequence selected from one of Seq. ID. Nos. 32-274 set forth in Table 2. In some embodiments, the at least one purified bacterial population consists of bacteria comprising a 16S rDNA sequence having at least 95% similarity to the 16S rDNA sequence selected from one of Seq. ID. Nos. 305-221 7 set forth in Table 10. In some embodiments, the at least one purified bacterial population consists of bacteria comprising a DNA sequence which encodes an enzyme selected from: glutamate decarboxylase; putrescine aminotransferase; garnma-aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof. In some embodiments, the glutamate decarboxylase; putrescine aminotransferase; gamma- aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof, is encoded by a DNA sequence at least 70% similar in DNA sequence to any one of Seq. ID. Nos. 275-304 set forth in Table 3.

[0015] In some embodiments, the glutamate decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 4. In some embodiments, the putrescine aminotransferase is encoded by a DN A sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 5. In some embodiments, the garnma-aminobutyraldehyde dehydrogenase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 6. In some embodiments, the arginine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 7. In some embodiments, the agmatinase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 8. In some embodiments, the ornithine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 9.

[0016] In some embodiments, the at least one purified bacterial population consists of bacteria comprising a 16S rDNA sequence having at least 95% similarity to a reference bacterium selected from the group consisting of: Escherichia coli MG1655; Escherichia coli Nissle 1917; or a combination thereof.

[0017] In some embodiments, the bacterial population consists of bacteria capable of producing GABA at a physiologically relevant pH. In some embodiments, the bacterial population consists of bacteria capable of producing GABA at a pH range between about 4.5 and about 7,5. In some embodiments, the bacterial population consists of bacteria capable of producing GABA inside the human gut.

[0018] In some embodiments, the composition is in the form of a probiotic, prebiotic, a capsule, a tablet, a caplet, a pill, a troche, a lozenge, a powders, a granule, a medical food, or a combination thereof. In some embodiments, the composition is administered as a fecal transplant.

[0019] In some embodiments, the bacteria are capable of producing GABA via expression of any combination of glutamate decarboxylase, putrescine aminotransferase, gamma-aminobut raldehyde dehydrogenase, arginine decarboxylase, agmatinase, and/or ornithine decarboxylase.

[0020] In some embodiments, the therapeutic composition further comprises a purified bacterial strain that is cytotoxic or cytostatic to a GABA-consuming bacteria. In some embodiments, the GABA-consuming bacteria is Evtepia gabavorous or Firmicutes bacterium MGS: 114.

[0021] In some embodiments, the therapeutic composition further comprises a prebiotic capable of stimulating the growth or GABA-production levels of a GABA- producing bacteria.

[0022] In one aspect, the present di sclosure provides a m ethod of treati ng a disease or disorder in a subject in need thereof, the method comprising administering to the subject a therapeutic composition comprising at least one purified bacterial population consisting of bacteria capable of producing GABA in a subject in need thereof.

[0023] In one aspect, the present disclosure provides the use of a therapeutic composition comprising at least one purified bacterial population consisting of bacteria capable of producing GABA in the manufacture of a medicament for the treatment of a disease.

[0024] In one aspect, the present disclosure provides the use of a therapeutic composition comprising at least one purified bacterial population consisting of bacteria capable of producing GABA for the treatment of a disease. [0025] In some embodiments, the disease or disorder is a mental disease or disorder. In some embodiments, the mental disease or disorder is selected from the group consisting of depression, bipolar disorder, schizophrenia, anxiety, anxiety disorders, addiction, social phobia, treatment-resistant major depressive disorder (TR-MDD), major depressive disorder and its subtypes (melancholic depression, atypical depression, catatonic depression, postpartum depression, and seasonal affective disorder), Neurodegenerative amyloid disorders (Parkinson's, Alzheimer's, and Huntington's diseases) orthostatic tremor, Lafora disease, restless leg syndrome, neuropathic pain, pain disorders, dementia, epilepsy, stiff-person syndrome, premenstrual dysphoric disorder, autism spectrum disorder, sleep disorders, and attention deficit hyperactivity disorder (ADHD), and combinations thereof. In some embodiments, treating a disease or disorder comprises decreasing at least one symptom of the disease or disorder, such as fatigue, insomnia, motor dysfunction, stress, persistent anxiety, persistent sadness, social withdrawal, substance withdrawal, irritability, thoughts of suicide, thoughts of self-harm, restlessness, lo ^" sex drive, lack of focus, seizures, memory loss, anger, bouts of emotional reactivity, confusion, pain, and muscle spasms, loss of appetite, altered intestine motility, and combinations thereof.

[0026] In some embodiments, the at least one bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to a 16S rDNA sequence selected from one of Seq. ID. Nos. of 1 -31 set forth in Table 1 . In some embodiments, the at least one purified bacterial population consists of bacteria selected from the group consisting of: Bacteroides caccae KLE1911; Bacteroides darns KLE1930; Bacteroides dorei KLE1912; Bacteroides finegoldii KLE1931; Bacteroides jragilis KLE1958; Bacteroides massiiiensis KLE1932; Bacteroides ovatus KLE1770; Bacteroides stercoris KLE1933: Bacteroides thetaiotaomicron KLE1934; Bacteroides uniformis KLE1913; Bacteroides vulgatus KLE1910; Bacteroides xylanisolvens KLE1935; Bifidobacterium aaoleseentis KLE 1879; Blautia obeum KLE1914; Blautia wexlerae KLE1916; Butyricimonas virosa KLE1938; Clostridium perfringens KLE1937; Clostridium sordellii KLE1939; Clostridium sp. KLE1862; Clostridium sp. KLE1918; CoprobaciHus sp. KLE1779; Coprococcus sp. KLE1880; Dorea longicatena KLE1917; Eggerthella lenta KLE1926; Eubacterium rectale KLE 1922; Gordonihacter pamelaeae KLE1915; Oscillibacter sp. KLE1928; Parabacteroides distasonis KLE2020; Parahacteroid.es merdae KLE1863; Ruminococcus gnavus LE1940; Tiiricihacter sanguinis KLE1941, and combinations thereof.

[0027] In some embodiments, the at least one purified bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to a 16S rDNA sequence selected from one of Seq. ID, Nos. of 32-274 set forth in Table 2,

[0028] In some embodiments, the at least one bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to any one of Seq ID Nos. 305-2217 set forth in Table 10.

[0029] In some embodiments, the at least one purified bacterial population consists of bacteria comprising a DNA sequence which encodes an enzyme selected from: glutamate decarboxylase; putrescine aminotransferase; gamma-aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof.

[0030] In some embodiments, the glutamate decarboxylase; putrescine aminotransferase; gamma-aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof, is encoded by a DNA sequence at least 70% similar to a DNA sequence selected from one of Seq. ID. Nos. 275- 304 set forth in Table 3,

[0031] In some embodiments, the glutamate decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 4. In some embodiments, the putrescine aminotransferase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 5. In some embodiments, the gamma-aminobutyraldehyde dehydrogenase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 6. In some embodiments, the arginine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 7. In some embodiments, the agmatinase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 8. In some embodiments, the ornithine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 9.

[0032] In some embodiments, the bacteria is genetically engineered to produce GABA. In some embodiments, the bacteria is engineered to produce GABA via expression of glutamate decarboxylase; putrescine aminotransferase; gamma- aminobutyraidehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof.

[0033] In some embodiments, wherein the glutamate decarboxylase; putrescine aminotransferase; gamma-aminobutyraldeh de dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof, is encoded by a DNA sequence at least 70% similar in DNA sequence selected from one of Seq, ID. Nos. of 275- 304 set forth in Table 3.

[0034] In some embodiments, the glutamate decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 4. In some embodiments, the putrescine aminotransferase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 5. In some embodiments, the gamma-aminobutyraldehyde dehydrogenase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK DDB J ID found in Table 6. In some embodiments, the arginine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 7. In some embodiments, the agmatinase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 8. In some embodiments, the ornithine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 9.

[0035] In some embodiments, the at least one purified bacterial population consists of bacteria comprising a 16S rDNA sequence having at least 95% similarity to a reference bacterium selected from the group consisting of: Escherichia coli MG1655; Escherichia coli Nissle 1917; or a combination thereof. [0036] In some embodiments, the bacterial population consists of bacteria capable of producing GABA at a physiologically relevant pH. In some embodiments, the bacterial population consists of bacteria capable of producing GABA at a pH range between about 4.5 and about 7.5. In some embodiments, bacterial population consists of bacteria capable of producing GABA inside the human gut. In some embodiments, the composition is administered as a fecal transplant. In some embodiments, the composition is administered as a probiotic. In some embodiments, the bacteria are capable of producing GABA via expression any combination of glutamate decarboxylase, putrescine aminotransferase, gamma-aminobutyraldehyde dehydrogenase, arginine decarboxylase, agmatinase, ornithine decarboxylase, and combinations thereof.

[0037] In some embodiments, the at least one bacterial strain is cytotoxic or cytostatic to a GABA-consuming bacteria. In some embodiments, the GABA-consummg bacteria is Evlepia gabavorous or Firmicuies bacterium MGS: 1 14.

[0038] In some embodiments, the method of treating a subject further comprises identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABA in the subject's stool. In some embodiments, the initial amount of GABA in the subject's stool is below about 8 ^ig per gram of wet or dry stool. In some embodiments, the amount of GABA in the subject's stool is increased relative to the initial amount after administering the therapeutic composition.

[0039] In some embodiments, the method of treating a subject further comprises identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABA- producing bacteria in the subject's stool. In some embodiments, the initial amount of GABA-producing bacteria in the subject's stool is less than about 10% of total bacteria as measured by 16S sequence mapping. In some embodiments, at least one GABA- producing bacteria is increased in the subject's stool relative to the initial amount of GABA-producing bacteria in the subject's stool after administering the therapeutic composition. [0040] In some embodiments, the method of treating a subject further comprises identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABA in the subject's blood or serum. In some embodiments, the amount of GABA in the subject's blood or serum is below about 10 g per liter of blood. In some embodiments, the amount of GABA in the subject's blood or serum is increased relative to the initial amount after administering the therapeutic composition.

[0041] In some embodiments, the method of treating a subject further comprises identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an amount of GABA in the subject's brain. In some embodiments, the amount of GABA in the subject's brain is below about 1.0 mM/kg. In some embodiments, the amount of GABA in the subject's brain is increased relative to the initial amount after administering the therapeutic composition.

[0042] In some embodiments, the method of treating a subject further comprises identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of expression of GABA-producing enzymes in the subject's stool. In some embodiments, the GABA-producing enzymes are selected from glutamate decarboxylase, putrescine aminotransferase, gamma-aminobutyraldehyde dehydrogenase, argmine decarboxylase, agmatinase, ornithine decarboxylase, and combinations thereof. In some embodiments, the initial amount of enzyme expression is measured by qPCR. In some embodiments, the expression of enzymes is increased relative to the initial amount of enzyme expression after administering the therapeutic composition.

[0043] In some embodiments, the method of treating a subject further comprises identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABAergic response in the subject's brain. In some embodiments, the amount of the GABAergic response in the subject's brain is increased relative to the initial amount after administering the therapeutic composition. In some embodiments, the therapeutic composition comprises a prebiotic capable of stimulating the growth or GABA production of GABA-producing bacteria.

[0044] In one aspect, the present disclosure provides a method of culturing a GABA- dependent bacteria, comprising disposing at least one live GABA-dependent bacterial cell on a suitable substrate, and providing a source of GABA.

|0045] In some embodiments, the suitable substrate is agar. In some embodiments, providing a source of GABA comprises co-culturing with another bacterial strain, said strain is capable of producing GABA. In some embodiments, GABA is added to the substrate. In some embodiments, the GABA-dependent bacteria is E. gabavorous.

[0046] In one aspect, the present disclosure provides a method of identifying a bacterial strain or strains capable of producing GABA at a physiologically relevant pH of the human intestinal tract, comprising:

(a) dispersing a sample believed to contain GABA-producing bacteria within a substrate, the substrate being at least partially permeable to GABA,

(b) contacting the substrate loaded with potential GABA-producing bacteria with a GABA- dependent bacterium; and

(c) identifying a GABA-producing bacteria by observing the formation of a colonies of the GABA-dependent bacteria around potential GABA-producing bacteria in the substrate.

[0047] In some embodiments, the substrate is being buffered to maintain the pH at a physiologically range found in the human gastrointestinal tract, in some embodiments, the GABA-dependent bacteria is E.gabavorous. In some embodiments, the pH range is between about 4.5 and about 7.5.

[0048] The present disclosure provides compositions and methods for treating mental illness or disease of the central nervous system in a subject and therapeutic compositions for the same. The method can comprise administering to the subject a bacterium and/or multiple bacteria capable of producing endogenous GABA in the subject's gut at a physiologically relevant pH. The present technology can have the advantage of alleviating the symptoms of a mental illness or disease of the central nervous system without the aid of synthetic medications (e.g., antidepressants), which can have unwanted side-effects, or in combination with existing medications. Additionally, the present technology can have the advantage of further improving the digestive health of the subject, such as improving intestinal motility and reducing gastrointestinal pain. Additional features and advantages of the present technology⁷ will be apparent to one of skill in the art upon reading the Detailed Description of the Invention, below.

Brief Description of the Figures

[0049] Figure 1A shows a co-culture assay to grow and identify previously unculturable bacteria.

[0050] Figure I B shows the growth of Evtepia gabavorous KLE1738 in the presence of the helper bacteria Bacteroides fragilis KLE.1758.

[0051] Figure 2A shows the growth of Evtepia gabavorous KLE 1738 in the presence of the supernatant from Bacteroides fragilis.

[0052] Figure 2B shows a lack of growth of Evtepia gabavorous KLE1738 in the presence of the empty vehicle.

[0053] Figure 2C shows the growth of Evtepia gabavorous in the presence of the most polar fraction of the supernatant from Bacteroides fragilis LE1758.

[0054] Figure 2D shows a close-view of the lack of growth of Evtepia gabavorous KLE1738 in the presence of the empty vehicle.

[0055] Figure 2E shows a close-view of the growth of Evtepia gabavorous KLE1738 in the presence of the supernatant from Bacteroides fragilis KLE1758.

[0056] Figure 2F shows a close-view of the lack of growth of Evtepia gabavorous KLE1738 in the presence of the empty vehicle (bacterial media).

[0057] Figure 2G shows a table of potential growth factors for E. gabavorous KLE1738, with green indicating induction of growth.

[0058] Figure 3 shows a proposed GABA metabolism of E. gabavorous ΚΙ.ΕΓ738.

[0059] Figure 4a shows GABA production of B. fragilis KLE1758 is observed only at a pH of 5.5 and below, highlighting the importance of acidic pH on GABA production for certain strains or species of bacteria. [0060] Figure 4B shows an assay for the identification of GABA-producing bacteria, capable of producing GABA at a pH between 4.5 and 7.5, using the GABA-requirement of E. gahavorous KLE1738. The medium was heavily buffered to maintain a pH of the desired range and identify strains of bacteria capable of producing GABA at a pH physiologically relevant to the human gut.

[0061] Figure 4C shows a phylogenetic tree of GABA producers, capable of producing GABA at a pH of about 4.5 to about 7.5, identified by the methods herein.

[0062] Figure 5 shows GABA production capabilities of several strains identified using the screen described in Example 7. The ability of organisms to produce GABA at a range of pH conditions is highlighted.

[0063] Figure 6 A shows the growth of E. gahavorous KLE1738 in the presence of E. coll that has been engineered to express glutamate decarboxylase gadA.

[0064] Figure 6B shows the growth of E. gahavorous KLE1738 in the presence of E. coli that has been engineered to express glutamate decarboxylase gadB.

[0065] Figure 6C shows the growth of E. gahavorous KLE1738 in the presence of B. fragilis KLE 1758 that is known to produce GABA.

[0066] Figure 6D shows the absence of growth of E. gahavorous KLE1738 in the presence of E. coli that has been engineered to express glutamate decarboxylase gadC.

[0067] Figure 6E shows the absence of growth of E. gahavorous KLE1738 in the presence empty vector.

Detailed Description of the Invention

[0068] The present disclosure relates to compositions and methods for treating or decreasing a symptom of a disease in a subject. The disease can be a mental illness or a disease of the central nervous system. After identifying a subject with a mental illness or disease of the central nervous system, the method can comprise determining whether the subject would benefit from an increase in endogenous GABA, for instance by measuring the amount of GABA in the subject's stool, blood serum, or other bodily fluids, measuring levels of GABA in different regions of the brain, measuring the GABAergic response in different regions in the brain, measuring activity of GABA producing enzymes in stool, or by measuring the amount of GABA-producing bacteria in the subject's stool. The method can further comprise administering to the subject a GABA-producing bacterium or bacteria that can be capable of producing GABA in the subject's gut, (e.g., at a physiologically relevant pH of the gut).

[0069] Some bacteria produce GABA from gamma-aminobutyrate to maintain intracellular pH homoeostasis in order to overcome acid stress. As set forth herein, the production of GABA by microbes (e.g., bacteria) in the human gut can impact the health of a subject. For instance, GABA produced by bacteria in the human gut can act as a neurotransmitter to treat a mental illness, a disease of the central nervous system, or improve gastrointestinal health in a subject.

Definitions

[0070] As used herein "administer" and "administration" encompasses embodiments in which one person directs another to consume a bacteria or a bacterial composition in a certain manner and/or for a certain purpose, and also situations in which a user uses bacteria or a bacterial composition in a certain manner and/or for a certain purpose independently of or in variance to any instmctions received from a second person. Non-limiting examples of embodiments in which one person directs another to consume a bacteria or bacterial composition in a certain manner and/or for a certain purpose include when a physician prescribes a course of conduct and/or treatment to a patient, when a parent commands a minor user (such as a child) to consume bacteria or a bacterial composition, when a trainer advises a user (such as an athlete) to follow a particular course of conduct and/or treatment, and when a manufacturer, distributer, or marketer recommends conditions of use to an end user, for example through advertisements or labeling on packaging or on other materials provided in association with the sale or marketing of a product.

[0071] The term ^"'isolated'^" encompasses a bacterium or other entity or substance that has been (1) separated from at least some of the components with which it was associated when initially produced (whether in nature, such as human stool, or in an experimental setting, such as a Petri plate consisting of artificial growth medium), and/or (2) produced, prepared, purified, and/or manufactured by the hand of man. Isolated bacteria may be separated from at least about 10%, about 20%, about 30%, about 40%, about 50%, about 60%, about 70%, about 80%, about 90%, or more of the other components with which they were initially associated. In some embodiments, isolated bacteria are more than about 80%, about 85%, about 90%, about 91 %, about 92%, about 93%, about 94%, about 95%, about 96%, about 97%, about 98%, about 99%, or more than about 99% pure. As used herein, a substance is "pure'^" if it is substantially free of other components (such as other bacterial species). The terms "purify," "purifying" and "purified" refer to a bacterium or other material that has been separated from at least some of the components with which it was associated either when initially produced or generated (e.g., whether in nature or in an experimental setting), or during any time after its initial production, as recognized by those skilled in the art of bacterial cultivation. A bacterium or a bacterial population may be considered purified if it is isolated at or after production, such as from a material or environment containing the bacterium or bacterial population, and a purified bacterium or bacterial population may contain other materials up to about 10%, about 20%, about 30%, about 40%, about 50%, about 60%, about 70%, about 80%, about 90%, or above about 90% and still be considered "isolated." In some embodiments, purified bacteria and bacterial populations are more than about 80%, about 85%, about 90%, about 91%, about 92%, about 93%, about 94%, about 95%, about 96%», about 97%, about 98%, about 99%, or more than about 99% pure. In the instance of bacterial compositions provided herein, the one or more bacterial types present in the composition can be independently purified from one or more other bacteria produced and/or present in the material or environment containing the bacterial type. Bacterial compositions and the bacterial components thereof are generally purified from residual habitat products.

[0072] As used herein, "probiotic" is understood to mean "Live microorganisms which when administered in adequate amounts confer a health benefit on the host", as currently defined by the World Health Organization.

[0073] As used herein, "prebiotic" is understood to mean an ingredient that allows specific changes, both in the composition and/or activity in the gastrointestinal microbiota that may (or may not) confer benefits upon the host. [0074] As used herein, "medical food" is understood to mean "a food which is formulated to he consumed or administered enterally under the supervision of a physician and which is intended for the specific dietary management of a disease or condition for which distinctive nutritional requirements, based on recognized scientific principles, are established by medical evaluation", as defined by 5(b) of the Orphan Drug Act (21 U.S.C. 360ee (b) (3)).

[0075] As used herein "initial amount" is understood to mean the amount of a substance, e.g., GAB A in an aliquot of sample prior to administration of GABA-producing bacteria to the subject. Initial amount can be measured in terms of concentration. For instance, an initial amount can be measured in terms of micrograms of substance per milliliter of sample, e.g., micrograms of GABA per milliliter of blood or serum ^g GABA/mL blood or serum). The initial amount of can also be measured, for instance, as the amount of GABA in regions of the brain, such as the prefrontal cortex prior to administration of the GABA-producing bacteria. The amount of GABA can be represented in terms of millimoles of GABA per kg tissue (mmol GABA per kg of brain tissue). The initial amount can also be measured, for instance, as the amount of GABA in a subject's stool sample prior to administration of GABA-producing bacteria to the subject. The amount of GABA can be represented in terms of micrograms of GABA per gram of stool (,ug GABA/g stool). The initial amount can also be the level of expression of GABA producing enzymes in the stool (log change of reads), as measured by qPCR or other appropriate method. Unless otherwise defined herein, stool is weighed when wet or dry, i.e. , without active drying, and within one hour of production of the stool. For instance, the stool can be weighed within 45 minutes, 30 minutes, 15 minutes, 10 minutes, or within 5 minutes of production of the stool.

[0076] As used herein, a "GABAergic response" means the response of a given organ (e.g., the brain or vagus nerve) to differences in the concentrations of GABA, GABA producing bacteria, or prebiotics to which it is exposed. A GABAergic response can include a change in concentrations of GABA as well as expression levels and/or activity of different GABAA, GABAB, and/or GAB Ac receptors. [0077] "GABA-producing bacteria" is understood to mean bacteria that can produce measurable quantities of GABA, as detected by LC/MS, ELTSA, or other appropriate analytical assays. In some embodiments, GABA-producing bacteria ca produce GABA under the physiological conditions in a human, e.g., under the pH, and temperature of the human gut.

[0078] "Physiologically relevant pH" of the human intestinal tract is understood to mean a pH range that exists in the body. For instance, a pH range that is physiologically relevant to the human gut can be in the range of about 4.5 to about 7.5.

[0079] The term "gut" is understood to refer to the human gastrointestinal tract, also known as the alimentary canal. The gut includes the mouth, pharynx, oesophagus, stomach, small intestine (duodenum, jejunum, ileum), large intestines (cecum and colon) and rectum.

[0080] As used herein, "bacteria" or "bacterial strain" is understood to mean a species of bacteria. A "bacterium" is understood as a single bacterial cell of a given species.

[0081] The term "treating" with regard to a subject, refers to improving at least one symptom of the subject's disorder. Treating includes curing, improving, or at least partially ameliorating the disorder.

[0082] The term "EMBL/GenBank/DDBJ ID" refers to an accession number, which when used as in input for databases such as the European Molecular Biology Laboratory (EMBL), GenBank, or DNA Data Bank of Japan (DDBJ), via their respective internet websites, enables access to information, such as nucleotide sequence of a gene, and the bacterium encoding that sequence in its genome. The EMBL/GenBank/DDBJ ID is used in this application as a conveninent means to access sequence information.

Gamma-Aminobutyric Add (GABA)

[0083] The term "GABA" is understood to mean garawa-arninobutyric acid (γ- aminobutyric acid). GABA has the chemical structure:

[ΘΘ84] GABA is a major inhibitory neurotransmitter in the mammalian central nervous system. It plays a principal role in reducing neuronal excitability throughout the nervous system. GABA can be a difficult compound to deliver therapeutically due to efflux and half-life limitations. For example, in rodents, the brain efflux rate of GABA was found to be 17 times higher than the influx rate. Additionally, GABA only has a half-life of only 17 minutes in mice. Accordingly, because of the short half-life of GABA in vivo, oral GABA supplementation can be ineffective, as it may require frequent dosing, even with slow release capsules.

[ΘΘ85] The present disclosure provides for delivering a therapeutic composition of one or more bacteria that can produce GABA within the intestinal tract, in order to consistently deliver GABA into systemic circulation (e.g., into the nervous system). The endogenous!}' produced GABA can also activate vagal nerve receptors directly. This can mitigate the inherent half-life of GABA.

[0086] In some embodiments, the microbiome can influence GABA levels and the GABAergic response in the brain. For instance, germ-free animals can have substantially reduced luminal and serum levels of GABA. Without wishing to be bound by theory, this suggests the microbiome is important in regulating levels of this important neurotransmitter. As set forth herein, GABAergic modulation by microbiome intervention (e.g., using methods and compositions described herein) can have therapeutic potential.

[0087] In some embodiments, GABA can play a role in mental illness or disease of the central nervous system. For instance, in some embodiments, low levels of GABA can be associated with depression, bipolar disorder, schizophrenia, anxiety, anxiety disorders, addiction, social phobia, treatment-resistant major depressive disorder (TR-MDD), major depressive disorder and its subtypes (melancholic depression, atypical depression, catatonic depression, postpartum depression, and seasonal affective disorder), Neurodegenerative amyloid disorders (Parkinson's, Alzheimer's, and Huntington's diseases) orthostatic tremor, Lafora disease, restless leg syndrome, neuropathic pain, pain disorders, dementia, epilepsy, stiff-person syndrome, premenstrual dysphoric disorder, autism spectrum disorder, sleep disorders, and attention deficit hyperactivity disorder (ADHD). As set forth herein, the present disclosure provides increasing the amount of endogenous GABA in a subject can decrease levels of mental illness or disease of the central nervous system in the subject.

[0088] In some embodiments, GABA produced by gut bacteria can play a role in mental illness or disease of the central nervous system via the vagus nerve, connecting the intestinal tract to the peripheral and central nervous systems.

|0089] In some embodiments, GABA produced by gut bacteria can play a role in mental illness or disease of the central nervous system via affecting circulating levels of systemic GABA in the host, which can influence the peripheral and central nervous systems.

Means of GABA Production by Microbes

[0090] Bacteria can produce GABA using a variety of different pathways. Set forth below are exemplary pathways that bacteria and other microbes can use to produce GABA (e.g., in vivo). As set forth below, any of the GABA production pathways described herein can be naturally occurring in a given bacterium. Alternatively, a necessary enzyme or grouping of enzymes can be added to the DNA sequence of a bacteria to enable the bacteria to produce GABA.

Giutaniate Pathway

[0091 ] In some embodiments, microbes can produce GABA using the glutamate decarboxylase enzyme (e.g., glutamate decarboxylase EC 4.1.1.15). In some embodiments, glutamate decarboxylase is capable of directly converting glutamate to GABA.

Putrescine to 4-Ammobutanal Pathway

[0092] In some embodiments, microbes can produce GABA using the putrescine to 4- aminobutanal pathway. The microbes can then convert 4-aminobutanal to GABA. In some embodiments, putrescine aminotransferase (for instance, putrescine aminotransferase EC 2.6.1.82) can be used to convert putrescine to 4-aminobutanal. The 4-aminobutanal can then be converted in the presence of garama-aminobutyraldehyde dehydrogenase (e.g., gamma-aminobutyraldehyde dehydrogenase (EC 1.2.1.19)) to GABA.

Arginine to Agmatine to Putrescine Pathway

[0093] In some embodiments, microbes can produce GABA using the arginine to agmatine to putrescine Pathway. Once the putrescine is produced, it can be converted as described above (e.g., using the putrescine to 4-aminobutanal pathway) to GABA. In some embodiments, arginine decarboxylase (e.g., arginine decarboxylase (EC 4.1.1 .19)) can convert arginine to agmatine. Agmatine can then be converted to putrescine using agmatinase (e.g., agmatinase (EC 3.5.3.11)).

L-omithine to Putrescine pathway

In some embodiments, ornithine decarboxylase (e.g., ornithine decarboxylase (EC

4.1.1.17)) can be used to convert ornithine to putrescine. Once the putrescine is produced, it can be converted as described above (e.g., using the putrescine to 4-aminobutanal pathway) to GABA.

Bacterial Strains

[0094] The present disclosure provides bacterial strains (e.g., purified strains) and therapeutic compositions comprising the same for administration to a subject in need thereof. The bacteria can be naturally occurring, or can be engineered (e.g., through strain engineering or selection) to produce GABA. In some embodiments, one strain of GABA- producmg bacteria can be administered to a subject. In some embodiments, multiple strains of GABA-producing bacteria can be administered to a subject in need thereof. In some embodiments, the one or more bacteria (e.g., purified bacteria) can act synergistically. For instance, the multiple bacteria can act synergistically to produce high levels of GABA. In some embodiments, the one or more bacteria can also help to reduce the number of GABA- consuming bacteria in a human gut. Accordingly, any one, or any combination of the GABA-producing bacteria taught herein can be administered to a subject in need thereof.

[0095] In some embodiments, the bacteria taught herein can produce GABA at physiologically relevant conditions, such as under the conditions of the human gut. In some embodiments, the GABA-producing bacteria taught herein can produce GABA a pH relevant to the human gut is between about 4.5 and about 7.5. For instance, the pH can be about 4.5, 5.0, 5.5., 6.0, 6.5, 7.0 7.5, or any value between about 4.5 and 7.5.

[0096] The ability to produce GABA at physiologically relevant pH is important in view of the pH restrictions of GABA production in many bacteria. For example, E. coii is unable to produce GABA above a pH of 4.5. Instead, without wishing to be bound by theory, it can use conversion of glutamate to GABA coupled with GABA export, for example, as a means to neutralize the intracellular environment. Accordingly the present disclosure bacteria capable of producing GABA at a pH relevant to the host environment, such as the more neutral large mtestmes (e.g., between about pH 4.5 and about pH 7.5). In some embodiments, the bacteria taught herein can also produce GABA under other relevant conditions that exist within the human gut. That is, the GABA-producing bacteria taught herein can produce GABA in the absence of oxygen, in a nutrient-competitive and fluctuating environment, and in the absence of light.

Natural Strains

[0097] In some embodiments, the GABA-producing bacteria can be identified by having a 16S nucleic acid sequence substantially similar to the 16S sequences of reference bacteria listed in Table 1 , with a Seq. ID. No. of 1-31. In some embodiments, the G ABA-producing bacteria can have at least 90% 16S sequence similarity to the 1 6S sequences given in Table 1 (e.g. , at least 91 % similarity, at least 92% similarity, at least 93% similarity, at least 94% similarity, at least 95% similarity, at least 96% similarity, at least 97%> similarity, at least 98%* similarity, at least 99% similarity, at least 99.5% similarity, at least 99.9% similarity, or 1 00% similarity).

[0098] In some embodiments, the GABA-producing bacteria can be identified by NCBI Taxon ID of the organism they are most related to by 16S sequence. These bacteria include those belonging to the same NCBI Taxon assignment as Barter aides caccae KLE1911; Bacteroides clarus KLE1930; Bacteroides dorei KLE 1912;

Bacteroides finegoldii KLE1931; Bacteroides fragilis KLE1958; Bacteroides massiliensis LE1932; Bacteroides ovatiis KLE1770; Bacteroides stercoris KLE1933; Bacteroides theiaioiaomicron KLE1934; Bacteroides uniformis KLE1913; Bacteroides vulgatus KLE1910; Bacteroides x lanisolvens KLE1935; Bifidobacterium, adolescentis KLE 1879; Blautia obeum KLE1914; Blautia wexlerae KLE1916; Butyricimonas virosa KLE 1938; Clostridium perfrmgens KLE1937; Clostridium sordelhi KLE1939; Clostridium sp.

KLE1862; Clostridium sp. KLE1918; Coprobacillus sp. KLE1779; Coprococcus sp.

KLE1880; Dorea longicatena KLE1917; Eggerthelia lenta KLE1926; Eubacterium rectale LE1922; Gordonibacter pamelaeae KLE1915; Osciilibacter sp. KLE 1928; Parahacteroides distasonis LE2020; Parahacteroides merdae KLE 1863; Ruminococcus gnavus KLE1940; Turicibacter sanguinis KLE1941, and combinations thereof.

Table ί . Strain name of GABA producing bacteria, and their cooresponding Seq. ID No.

[0099] Also disclosed herein are bacteria that are predicted to be capable of producing GABA (e.g., under physiologically relevant conditions and/or in the human gut). Bacteria are identified as being candidate GABA producing bacteria if they have encoded in their genome enzymes involved in GABA biosynthesis. In some embodiments, the bacteria that are predicted to be capable of producing GABA can be identified by having a 16S nucleic acid sequence substantially similar to the 16S sequences of reference bacteria listed in Table 2, with a Seq. ID. No. of 32-274. In some embodiments, the predicted GABA-producing bacteria can have at least 90% 16S sequence similarity to the 16S sequences given in Table 2, with a Seq. ID. No. of 32-274 (e.g., at least 91 % similarity, at least 92% similarity, at least 93% similarity, at least 94% similarity, at least 95% similarity, at least 96% similarity, at least 97% similarity, at least 98% similarity, at least 99% similarity, at least 99.5% similarity, at least 99.9% similarity, or 100% similarity).

Table 2. Predicted GABA producing bacteria and their corresponding Seq. ID No..

Ali stipes shahii

Aquamicrobium defluvii 58

Arenimonas donghaensis 59

Arthrobacter sp. 60

Azospirillum sp. 61

Bacillus bataviensis 62

Bacillus cereus 63

Bacillus cereus 64

Bacillus endophyticus 65

Bacillus weihens tephanensis 66

Bacferoidaceae bacterium 67

Bacteroides acidifaciens 68

Bacteroides caccae 69

Bacteroides ceUulosilvticus 70

Bacteroides dorei 71

Bacteroides eggerthii 72

Bacteroides flnegoldii 73

Bacteroides fragilis 74

Bacteroides gallinarum 75

Bacteroides intestinalis 76

Bacteroides massiliensis 77

Bacteroides oleiciplenus 78

Bacteroides ovatus 79

Bacteroides rodentium 80

Bacteroides sal rv_ e iae 81

Bacteroides sartorii 82

Bacteroides sp. 83

Bacteroides sp. 84

Bacteroides sp. 85

Bacteroides sp. 86

Bacteroides siercoris 87

Bacteroides thetaiotaomicron 88

Bacteroides uniformis 89

Bacteroides vulgatus 90

Bacteroides xylanisolvens 91

Barnesiella intesiinihominis 92

Bhargavaea cecembensis 93

Bifidobacterium adoiescentis 94

Bifidobacterium, angulatum 95

Bifidobacterium dentium 96

Bifidobacterium ruminantium 97 Bias tococcus sp. 98

Bordetella bronchiseptica 99

Borde tella trematum 100

Bosea sp. 101

Bradyrhizobium sp. 102

Brevibacillus borstelensis 103

Brevundimonas diminuta 104

Brevundimonas naejangsanensis 105

Brucella abortus 106

Brucella melitensis 107

Brucella neotomae 108

Burkholderia mallei 109

Burkholderia multivorans 110

Carnobacterium gallinarum 111

Caulobacter crescentus 1 12

Caulobacier sp. 113

Cellulomonas flavigena 114

Cellulomonas sp. 115

Cellulosimicrobium cellulans 116

Cetobacterium somerae 1 17

Citrobacier amalonaticus 1 18

Cloacibacillus evrvensis 119

Clostridium acetobutylicum 120

Clostridium, perfrmgens 121

Comamonas granu!i 122

Corynebacierium variabile 123

Cupriavidus basilensis 124

Cupriavidus sp. 125

Dechloromonas agitata 126

Demococcus geothermaiis 127

Delflia isuru aiensis 128

Desulfovibrio desulfuricans 129

Desulfovibrio sp. 130

Devosia riboflavina 131

Eggertheila sp. 132

Ensifer aahaerens 133

Enterococcus casselifla vus 134

Enterococcus flavescens 135

Escherichia coli 136

Eubacterium limosum. 137

Eubacterium nodatum 138 Eubacterium saphenum 139

Fusobacterium periodonticum 140

Gordonia sputi 141

Gordonia terrae 142

Gordon ibacter pamelaeae 143

Halomonas stevensii 144

Halomonas titanicae 145

Hoeflea sp. 146

Intrasporangium calvum 147

Janibacler hoylei 148

Kms tin granuli 149

Kineococcus radiotolerans 150

Lactobacillus coleohominis 151

Lactobacillus plan tarum 152

Lactobacillus reuteri 153

Lactococcus garvieae 154

Lactococcus lactis 155

Lautropia mirabilis 156

Le ucobacter salsici us 157

Luteimonas huabeiensis 158

Magnetos pir ilium rnagnetotaciicum 159

Marinobacter lipolyticus 160

Marmoricola sp. 161

Megasphaera micronuciformis 162

Megasphaera sp. 163

Mesorhizobium sp. 164

Methanobrevibacter arboriphilus 165

Methylobacterium radiotolerans 166

Methylobacterium sp. 167

Microbacterium sp. 168

Micromonospora aurantiaca 169

Mogibacterium Mogibacferium 170

Morganella morganii 171

Mycobacterium smegmatis 172

Mycobacterium sp. 173

Mycobacterium sp. 174

Mycobacterium vanhaalenii 175

Neisseria sicca 176

Neorhizobium galegae 177

Nocardia rhamnosiphila 178

Nocardiopsis aikaliphUa 179 Nocardiopsis ganjiahuensis 180

Nocardiopsis synnemataformans 181

Nocardiopsis valliformis 182

Novosphingobium nitrogeniflgens 183

Ochrobactrum intermedium 1 84

Odoribacter laneus 185

Odoribacter splanchnicus 186

Oerskovia turbata 187

Pannonibacter phragmitetus 188

Pantoea vagans 1 89

Parabacteroides distasonis 190

Parabacteroides golds teinii 191

Parabacteroides Johns onii 192

Parabacteroides merdae 193

Parabacteroides sp. 194

Parabacteroides sp. 195

Paracoccus denitrificans 196

Paracoccus sp. 197

Paracoccus yeei 198

Parvimonas Parvimonas 199

Pectobacterium caroto vorum 200

Phyllobacterium sp. 201

Polaromonas sp. 202

Porphyromonas bennonis 203

Proteus mirabilis 204

Providencia alcalifaciens 205

Providencia burhodogranariea 206

Providencia rettgeri 207

Pseudacidovorax intermeaius 208

Pseudoalteromonas sp. 209

Pseudochrobactrum sp. 210

Pseudomonas aeruginosa 211

Pseudomonas alcaligenes 212

Pseudomonas chloritidismutans 213

Pseudomonas chlororaphis 214

Pseudomonas japonica 215

Pseudomonas knackmussii 216

Pseudomonas mendocina 217

Pseudomonas monteilii 218

Pseudomonas oleovorans 219

Pseudomonas putida 220 Pseudomonas savastanoi 221

Pse.udom.onas sp. 222

Pseudomonas sp.

Pseudomonas sp. 224

Pseudomonas sp. 225

Pseudomonas sp. 226

Pseudomonas sp. 227

Pseudomonas sp. no

Pseudomonas sp. 229

Pseudomonas sp. 230

Pseudomonas stutzeri 231

Pseudomonas synxantha 232

Pseudomonas syringae 233

Pseudonocardia sp. 234

Ralstonia solanacearum 235

RaouUeila plant icola 236

Rhizobium leguminosarum 237

Rhizobium sp. 238

Rhodococcus defluvii 239

Rhodococcus pyridimvorans 240

Rikenella rnicrofusus 241

Robinsoniella sp. 242

Roseomonas cervicalis 243

Roseomonas sp. 244

Salmonella enter ica 245

Sanguibacter keddieii 246

Shewanella baltica 247

Shewanella sp. 248

Shinella zoogloeoid.es 249

Sphmgopyxis aiaskensis 250

Siarkeya novella 251

Stenotrophomonas maltophilia 252

Stenotrophom.on.as rhizophila 253

Streptococcus thermophilus 254

Streptomyces atrooUvaceus 255

Streptomyces coelicoflavus 256

Streptomyces olindensis 257

Streptomyces rimosus 258

Streptomyces roseoverticillatus 259

Streptomyces sp. 260

Streptomyces sp. 261 Streptomyces sp. 262

Streptomyces sp. 263

Streptomyces sp. 264

Streptomyces sp. 265

Streptomyces sp. 266

Streptomyces toyocaensis 267

Streptomyces turgidiscabies 268

Synergistes sp. 269

TannereUa sp. 270

Thauera ierpenica 271

Variovorax paradoxus 272

Variovorax sp. 273

Xanthomonas axonopodis 274

Engineered Strains

[00100] In some embodiments, bacteria can be engineered to produce GABA (e.g., under the conditions of the human gut). The bacteria ca be engineered using techniques of molecular biology, or can be evolved using the process of selection to produce GABA in the human gut.

[00101] As set forth above, GABA can be produced by multiple pathways within a microbial cell. For example, GABA can be produced by the glutamate pathway, the putrescine to 4-aminobutanal pathway, the arginiiie to agmatine to putrescine pathway, the L-ornithine to putrescine pathway, or by a combination of pathways. In some embodiments, bacteria can be engineered to contain one or more enzymes in any one of the above pathways that can enable the bacteria to produce GABA or a necessary precursor to GABA.

[00102] A variety of different host bacteria can be engineered to produce GABA. For instance, in some embodiments, Escherichia coli Nissle 1917, can be genetically modified or selected through evolution to produce GABA. In some embodiments, the bacteria (e.g. , Escherichia coli Nissle 1917) can be modified to express or overexpress glutamate decarboxylase A or glutamate decarboxylase B. The bacteria can also be made to produce GABA by one or more of the other pathways described herein. [00103] Accordingly, in some embodiments, an engineered GABA-producing strain can be identified as having a specific enzyme encoded in its genomes. For example, the enzyme can be glutamate decarboxylase (EC 4.1 , 1.15); putrescine aminotransferase (EC 2.6.1.82); gamma-aminobutyraldehyde dehydrogenase (EC 1.2.1.19); arginine decarboxylase (EC 4.1.1.19); agmatinase (EC 3.5.3.11); ornithine decarboxylase (EC 4.1.1.17); or a combination thereof In some embodiments, the GABA-producing strain can be engineered to contain an enzyme that has at least 50% similarity with with the representative sequences listed in Table 3 (e.g., at least 60%) similarity, at least 70% similarity, at least 80% similarity, at least 90% similarity, at least 91% similarity, at least 92% similarity, at least 93% similarity, at least 94% similarity, at least 95% similarity, at least 96% similarity, at least 97% similarity, at least 98% similarity, at least 99% similarity, at least 99.5% similarity, at least 99.9% similarity, or 100% similarity). The enzyme classes, as identified by their Enzyme Commission (EC) numbers, are listed in Table 3.

Table 3. Enzymes involved in GABA-Production Pathways, and Seq. ID No. for representative sequences for each enzyme class

[00104] Representative examples of glutamate decarboxylase (EC 4.1.1.15) are given below in Table 4 and identified by their EMBL/GENBANK/DDBJ ID numbers. Any of the bacteria given in Table 10 can be engineered with any version of the glutamate decarboxylase set forth in Table 3 or Table 4. For instance, the bacteria can be engineered with a version of the glutamate decarboxylase enzyme that has at least 50% nucleotide similarity with any of the versions of glutamate decarboxylase given in Table 4 (e.g., at least nucleotide 60% similarity, at least 70% nucleotide similarity, at least 80% nucleotide similarity, at least 90%) nucleotide similarity, at least 91 % nucleotide similarity, at least 92% nucleotide similarity, at least 93% nucleotide similarity, at least 94% nucleotide similarity, at least 95% nucleotide similarity, at least 96% nucleotide similarity, at least 97% nucleotide similarity, at least 98% nucleotide similarity, at least 99% nucleotide similarity, at least 99,5% nucleotide similarity, at least 99.9% nucleotide similarity, or 100% nucleotide similarity).

Table 4. Representative Examples of Glutamate Decarboxylase by

EMBL/GENBANK/DDBJ ID Number

AAA23833.1 ABF03896.1 ABV88270.1 ADI09031.1

AAA23834.1 ABF05994.1 ABV98199.1 ADJ50560.1

AAB 18493.1 ABF08645.1 ABW 16238.1 ADM42706.1

AAC46188.1 ABG57877.1 ABY23810.1 ADN37174.1

AAC74566.1 ABG82826.1 ABY39350.1 AD035975.1

AAC76542.1 ABG85385.1 ABZ77591.1 ADP83065.1

AAG22560.1 ABG97793.1 ABZ87126.1 ADR26899.1

AAG22562.1 ABI47454.1 ACA46668.1 ADR28903.1

AAG56275.1 ABJ00921.1 ACA53668.1 ADT6774 I . I

A AGS 8658.1 ABJ02999.1 ACA88989.1 ADT75096.1

AAK05388.1 ABJ63253.1 ACB 15780.1 ADT77123 , 1

AAK 17187.1 ABJ64910.1 ACB15938.1 ADU00909. 1

AAK47878.1 ABK67541.1 ACC39574.1 ADU26301. 1

AAL54152.1 ABK75920.1 ACD04211.1 ADW04875.1

AAL54153.1 ABK90558.1 ACD07724.1 ADY32347.1

AAN43309.2 ABL03510.1 ACD82162.1 ADY58934.1

AAN45045.2 ABL90375.1 ACH65664.1 ADY59978.1

AAN54823.2 ABM09145. 1 ACJ29997.1 ADZ09662.1

AAN80380.1 ABM12315. 1 ACL47965.1 ADZ09880.1

AAN82764.1 ABM78546.1 ACN1681 1.1 AEA24253.1

AA077677.1 ABP 7401.1 ACO85906.1 AEA24271.1

AAP17196.1 ABP56802.1 ACR68120.1 Αί· Β7239 Ι . |

AAP19142.1 ABQ62050.1 ACS81597.1 AEE27076.1

AAS06807.1 ABQ75258.1 ACU49468.1 AEE56495.1

AAS41604.1 ABQ85037.1 ACU54556.1 AEE58814.1

AAT42735.1 ABQ85038.1 ACU77475.1 AEF37245, 1

AAW85387.1 ABQ85039.1 AC V54143.1 AEF40931.1

AAW85559.1 ABQ85040.1 AC V81603.1 AEG17214.1

AAZ71647.1 ABQ85043.1 AC Y51919.1 AEH47920.1

AAZ88326.1 ABQ85046.1 ACY85701.1 Ah! 193400. ]

AAZ90121 .1 ABQ85049.1 ADA65034.1 AEH93479.1

ABB61740. 1 ABQ85050.1 ADA74124.1 AEI35432.1

ABB63509. 1 ABQ85051.1 ADA75905.1 AEJ56545.1

ABB66175.1 ABQ85053.1 ADB 10338.1 AEJ58918.1

ABB68000.1 ABQ85058.1 ADB51885.1 AEK38321.1

ABC77952.1 ABR41498.1 ADD56429.1 Αί· Κ47566. Ι

ABD09573.1 ABR42591.1 ADD58723.1 Αί· Κ58322. Ι

ABE07185.1 ABS42061.1 ADE69489.1 AEM48695.1

ABE09478.1 ABU72013.1 ADF39290, 1 AEM88213.1

ABE29172.1 ABV20447.1 ADG78237.1 AEN 10737, 1

ABE36450.1 ABV20705.1 ADG96760.1 AEN89628.1 AEO05457.1 AGC43105.1 AHY70401.1 AJD30517.1

AEO07341.1 AGC61247.1 AHY72977.1 AJE06383.1

AEO07410.1 AGE37597.1 AHZ23367.1 AJE12001.1

AEQ12485.1 AGF77926.1 AI AO 1950.1 AJE41795.1

AEQ14770.1 AGG29530.1 AIA05032.1 AJE55882.1

AET90796.1 AGJ55746.1 AIA30132.1 AJE58075.1

AEU40604.1 AGK78014.1 AIA55291.1 AJE83295.1

AEU40605.1 AGK95653.1 ALA73764.1 AJE87567.1

AEV39535.1 AGL28896.1 AIC75915.1 AJF56325.1

AEV71230.1 AGL89003.1 AIE75400.1 AJF58318.1

AEV85044.1 AGM 10224.1 AIE79640.1 AJF66001.1

AEW99357.1 AGM23454.1 AIG80748.1 AJG19558.1

AEY90789.1 AGM30354.1 ΑΠ05027.1 AJG22402.1

AFA40032.1 AGN85370.1 ΑΠ76842.1 AJG22403.1

AFA47141.1 AGO09336.1 AU07554.1 AJG93936.1

AFA74414.1 AGP31884.1 Af .11508!.! AJH 17760.1

AFC23797.1 AGP56881.1 A [.126745.1 AJI06057.1

AFC45457.1 AGP65818.1 AIRl 6227.1 Λ.1125468.1

AFG40494.1 AGR65020.1 AIS03708.1 AJI52230.1

AFG42464.1 AGS70940.1 AIS31569.1 AJI53611.1

AFJ28998.1 AGV73208.1 AIS60683.1 AJI57942.1

AFJ31191.1 AGY44310.1 AIS60750.1 AJI68933.1

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EWC60294.1 EZA36855.1 GAC07309.1 GAL34169.1 GAL35839.1 KDP04362.1 KEN52247.1 KFZ83979.1

GAL35840.1 KDQOO 107.1 KEN57490.1 KGA45423.1

GAL35841 .1 KDQ03697.1 EN61954.1 KGA59562.1

GAL87714.1 KDQ68019.1 E 64216.1 KGA94282.1

GAL92165.1 KDR43957.1 KEN69872.1 KGE6231 1.1

GAMS 1354.1 KDS 10818.1 KEN70466.1 KGI67105.1

GAM53981.1 KDS 15451.1 KEN96761.1 KGI75049.1

GAM59058.1 KDS30703.1 KEN96869.1 KGJ48506.1

GAM59059.1 KDS50373.1 KEOO 1826.1 KGJ48508.1

GAM60805.1 KDS51190.1 KEO06704.1 KGL37357.1

GAM66966.1 KDS54295.1 KEO 12265.1 KGL37365.1

GAM66967.1 KDS68998.1 KEG 12361.1 KGL42766.1

GAM71689.1 KDU28500.1 KE027842.1 KGL45419.1

GAM71690.1 KDV27639.1 KEO34740.1 KGL45426.1

GAM71691.1 KDV35035.1 KE053821.1 KGM61473.1

GAM74761.1 KDV65274.1 KEQ 19823.1 KGM61755.1

GAM76677.1 KDW28640.1 KER 51036.1 KGM69566.1

GAM76678.1 KDW31269.1 ER76820.1 KGM78904.1

GAM76679.1 KDX 16969, 1 KES06427.1 KGM81894.1

GAM80335.1 KDX 18273.1 KEY62213.1 KGM84341.1

GAM80336.1 KDX 19058.1 KEZ81504.1 KGM85121.1

GAM95569.1 KDX19100.1 KFA95398.1 KGP43353.1

GAO06850.1 KDX37004.1 KFA95888.1 KGQ70005.1

GAP74509.1 KEF97907.1 KFC84707. 1 KGR34277.1

KBR62640.1 KEG40867.1 KFC90678. 1 KHE42794.1

KBZ68706.1 KEI69530.1 KFD42951.1 KHI28202.1

KCV62158.1 KEI99750.1 KFD43242.1 KHJ22054.1

KDA43821.1 KEJ44146.1 KFD74162.1 KHJ71931.1

KDA56308.1 KEJ48094.1 KFD78258.1 KHJ73332.1

KDA58506.1 KEJ57806.1 KFE40611.1 KHK01750.1

KDD64269.1 KEJ63339.1 FF59575.1 KHK96657.1

KDE1 1380.1 KEJ72299.1 KFF94854.1 KF1K97208.1

KDE98800.1 KEJ77438.1 KFF96973.1 Κ Π 1.05645. 1

KDG91983.1 KEJ77524.1 KFI71515.1 KHM48596.1

KDG95757.1 KEJ87021.1 KFI90825.1 KH023213.1

KDN16332.1 KEK13730.1 KFI97074.1 KHO27057.1

KDN21808.1 KEK28691.1 KFJ42086. 1 KHS42788.1

KDN77775.1 KEL662 5.1 KFJ73865.1 KIA60405.1

KDN85633.1 KEL67246.1 KFK85587.1 KIA71170.1

K 1)093455 ! KEL68023.1 KFK95245.1 KIC39052.1

KDP03104.1 KEL70025.1 KFX75687.1 KIC69438.1 KIC99691.2 KJF96745.1 K 1.1)60995. i KMQ76627.1

KID43237. 1 KJG19354.1 KLE26826.1 KM:S68506.1

KID43894.1 KJG35319.1 KLI09651 .1 KMS83576.1

KIE05689.1 KJG55556.1 KLI91468.1 KMT54476.1

KIE57897.1 KJK37053, 1 KLI981 12.1 KMV17260.1

KIF05904.1 KJK56361.1 KLJ05152.1 KMV23624.1

KIF45347.1 KJLl 8343.1 KLN34163.1 KMW38818.1

KIF54655.1 .) 1.32904. 1 KLN95712.1 KMW82598.1

KIF68652.1 .) 1.3800 I . I KL025668.1 KNA39120.1

KIG96197.1 .j 1.44323. 1 KL035668.1 KNA42305. 1

KII76501.1 KJS62465.1 KL043396.1 KNA42530. 1

ΚίΜΟ 1026.1 KJU70415.1 KLO51710.1 KNB52133.1

KIM15962.1 KJW 12820.1 KLR49798.1 KNC .11996.1

KIO34904.1 KJW22772.1 KLR60461.1 KND28891.1

KI044976.1 KJW44373.1 KLU05222.1 KND38179.1

KI094387.1 KJYl 8848.1 KLU19162.1 KND38376.1

KI096271.1 KJY30329.1 KL.U58975, 1 KND61615.1

KIP30337.1 KJY38629, 1 KL.U69060, 1 KNF63080.1

KIP53570, 1 KJY39390.1 KLV28432.1 KNF82369.1

KIP7361 1.1 KJY40940.1 KLX53926.1 KNH21214.1

KIQ 19345, 1 KJY43460.1 KLX61120, 1 KNZ42189.1

KIQ45943.1 KKA40192.1 KLX94454.1 KOA33258.1

KIQ62037.1 KKB46833.1 KLX97537.1 KOA34702.1

KIQ77066.1 KKB57083.1 KME63659.1 K0G31486. 1

KIQ77348.1 KKB58027.1 KME67053.1 KOG36523. 1

KIS21947.1 KKC03154.1 KM! ·68735. 1 K0G41666. 1

KIS23847.1 KKD05819.1 KMM25249.1 KOG45278.1

KIU16352.1 KKD45841.1 KMM34481.1 KOG56200.1

KIV731 77.1 KKD49597.1 KMM81854.1 KOG63866.1

KIX49302. 1 KKD62061.1 KMMSS 123.1 KOG67868.1

KIZ 19716.1 KKE98190.1 KMM89123. 1 KOG82155.1 1/46656. 1 KKI22291.1 KMN03094.1 K0N11130.1

KJE22572.1 KKI421 13.1 KMNl 0907.1 K OX 74404. 1

KJE77520.1 KKI50839.1 KMNl 5408.1 KON83792.1

KJF 18813.1 KKW62398.1 KMNl 8102.1 KOP74641.1

KJF 19781.1 KKX97583.1 KMN42082.1 KOR26641.1

KJF 19871.1 KKYOl 177.1 KMN99021.1 KOS58051.1

KJF23624. 1 KKYO 1179.1 KM068962.1 KOT30645.1

KJF79218. 1 KKY69347.1 KM071467.1 KOT53033.1

KJF79887. 1 KLA29488.1 KM077249.1 KOT88922.1

KJF93058.1 KLA31120.1 KM096783.1 KOT94882.1 KOU20397.1 KOY49525.1 KPN18694.1 KQJ27665.1

KOU22686.1 KOY53494.1 KPN43081.1 KST35322.1

KOU33149.1 KOY54178.1 PN48420.1 KST82806.1

KOU50755.1 KPA51275.1 P013719.1 KST89062.1

KOU54733.1 KPC66018.1 PO 16265. 1 KSU1 406.1

KOU56607.1 KPC77424.1 KPO 16391.1 KSU16536.1

KOV13964.1 KPC82004.1 KPO 17089.1 KXL66213.1

KOV45494.1 KPD04524.1 KPO34510.1 KYR53955.1

KOV48801.1 KPG33268.1 KP035845.1 KYV67232.1

KOV52774.1 PI 196934. 1 KP037368.1 KYV71371 . 1

KOV57805.1 KP 104468, 1 KP041 178.1 OAJ87252.1

KOV68117.1 KPI10516.1 KP044233.1 OAJ89593.1

KOV68430.1 KPI 15295.1 KP051751.1 OA063316. 1

KOV76057.1 KPI19262.1 KP052539.1 OCL 17438.1

KOV97628.1 KPI20012.1 KP058193.1 OEI61147.1

KOX01174.1 ΚΡΓ26485.1 KPQ02829.1 OEN35083.1

KOX37867.1 KPL33203.1 KPV45380.1 OEN35408.1

KOX47623.1 KPM51038.1 KOB54807.1 01X26336, 1

[00105] Representative examples of putrescine aminotransferase (EC 2,6.1.82) are given below in Table 5 and identified by their EMBL/GenBank/DDBJ ID numbers. Any of the bacteria given in Table 10 can be engineered with any version of the putrescine aminotransferase (EC 2.6.1.82) set forth in Table 3 and Table 5. For instance, the bacteria can be engineered with a version of the putrescine aminotransferase enzyme that has at least 50% nucleotide similarity with any of the versions of putrescine aminotransferase given in Table 5 (e.g., at least nucleotide 60% similarity, at least 70% nucleotide similarity, at least 80% nucleotide similarity, at least 90% nucleotide similarity, at least 91% nucleotide similarity, at least 92% nucleotide similarity, at least 93% nucleotide similarity, at least 94% nucleotide similarity, at least 95% nucleotide similarity, at least 96%> nucleotide similarity, at least 97% nucleotide similarity, at least 98% nucleotide similarity, at least 99% nucleotide similarity, at least 99.5%o nucleotide similarity, at least 99.9% nucleotide similarity, or 100% nucleotide similarity).

Table 5. Representative Examples of Putrescine Aminotransferase by EMBL/GenBank/DDBJ ID Number

AAA57874.1 AAC36832.1 AAC74384.1 AAC76108.3

AAA89152.1 AAC45301.1 AAC75709.1 AAF 10980.1 AAG03522.1 ACI36066.1 AFG42020.1 AIT00514.1

AAG03688.1 ACI77901.1 AFH65907.1 AIU72158.1

AAG58206.1 ACI77902.1 AFI89823.1 AIW78685.1

AAK 15486.1 ACI77903.1 AFJ30752.1 AIW86257.1

AAL22091.1 ACI77904.1 AFJ45596.1 Λ 1 X66695 }

AA 44587.2 ACI77905.1 AFJ57021.1 AIZ84136.1

AAN82273.1 ACN47379.1 AFM41617.1 AJA28077.1

AAO70680.1 ACO02631.1 AFM61662.1 AJB64485.1

AAP18399.1 ACO80985.1 AFN34266.1 AJC52685.1

AAV78920.1 ACR65342.1 AFR02837. 1 AJC61854.1

AAX67071.1 ACS85106, 1 AFS72647.1 AJC65876.1

AAZ89792.1 ACT07527.1 AFT85698.1 AJE 19840.1

ABA89323.1 ACT 12462.1 AFU 12013.1 AJE57644.1

ABB67447.1 ACT27738.1 AGB 76663.1 AJE82594.1

ABE08957.1 ACX87602.1 AGF56701.1 AJF57894.1

ABF05173.1 ACY90298.1 AGH86154.1 AJF75010.1

ABG71 145.1 ACZ77451.1 AGM28805.1 Ai l s 1 7424. 1

ABJ02583.1 ADA75444.1 AGN85841 .1 AJK49269.1

AB J 15261.1 ADD58285.1 AGQ74484.1 AJ086687.1

AB088369.1 ADF63987.1 AGR60480.1 AJQ98395.1

ABP62186.1 ADM97796.1 AHA09869.1 AJY76773.1

ABR78896.1 AD046913.1 AHA67171.1 AJZ91824.1

ABU78707.1 ADO70560.1 AHA67172.1 A h62036. I

ABV07484.1 ADR28470.1 AHB72039.1 AKE93437.1

AB VI 5541 .1 ADT76707.1 AHE60723.1 A i 108854. 1

ABV20592.1 ADX 19008.1 AHE69148.1 AKH23767. 1

ABX24187.1 AEA71912.1 AHF76631.1 AKK34697.1

ABX64022.1 AEE58362.1 AHJ76496.2 AKK40619.1

ABX69344.1 AEE97629.1 AHM77480.1 A K49917.1

ABX75605.1 AEG95705.1 AHM83064.1 AKL 15453.1

ABY42524.1 AEI06121.1 AHN81979.1 AKL34316.1

ACA76303.1 AEI45944.1 AHY 10460.1 ΛΚ 1.96946. 1

ACB04157. 1 AEJ41147.1 AHY72510.1 AKMl 8742.1

ACB 17060.1 AEJ58471.1 AID92376.1 AKM36624.1

ACF64513.1 AEN66465.1 AII63595.1 AKP48388.1

ACF70070.1 AEQ14325.1 AIP96878.1 .AKP75846.1

ACF88918.1 AEW04404.1 AIR04884.1 .AKZ54414.1

ACH48710.1 AEW63332.1 AIR60611.1 ALA75381.1

ACH77510.1 AEW75317.1 AIR68505.1 ALB43935. 1

ACI09453.1 AEX02383.1 AIS03494.1 ALB53581. 1

ACI18235.1 AFC33584.1 AIS53235.1 ALB68770.1 ALB72871.1 BAS27610.1 CCK00585.1 CFW77176.1

ALC72125.1 BAS27927.1 CCK05055.1 CJF89882.1

ALD27706.1 BAT36548.1 CCK09612.1 CKG89699.1

ALK33515.1 BAT40862.1 CCK2597 .1 CNQ38822, 1

ALL90941.1 BAT45090.1 CCK48380.1 CNT85510.1

ALO12800.1 BAU25986.1 CCO07408.1 CNU205 1.1

ALO 15071.1 BAU53092.1 CCO08483.1 CMJ75336.1

ALR25918.1 CAB99164.1 CCY61522.1 CPR21341.1

ALR78149.1 CAD07742.1 CDB46597.1 CPR52929.1

ALX80070.1 CAD55516.1 CDC39173.1 CPR70581.1

ALY14616.1 CAG74449.1 CDD12313.1 CPS20475.1

ALZ69902.1 CAJ90253.1 CDK69254.1 CPU47210.1

AMA74351.1 CAQ90518.1 CDK78180.1 CPU50448.1

AMJ41057.1 CAR00034.1 CDL09266.1 CPU63604.1

AMJ69166.1 CAR04699.1 CDL 16320.1 CPV69500.1

AMK11196.1 CAR09890.2 CDL21785.1 CPW 19061.1

AMW45996.1 CAR 14711.1 CDL24460.1 CPW 19086.1

AMX 16618.1 CAR19687.1 CDL41008.1 CPW42553.1

ANK35521.1 CAR34636.1 CDL43466.1 CQAO 1 107, 1

A M83865.1 CAR38915.1 CDL49947.1 CQA05377.1

AN02 137.1 CAR61129.1 CDL54548.1 CQR59780.1

AN091000.1 CAS10914.1 CDL60105.1 CQR65737.1

ANP 19910.1 CAU99632.1 CDN08464.1 CQR76108.1

ANZ85526.1 CBA27530.1 CDN83823.1 CRF31866.1

AOM43730.1 CBG36194.1 CDOl 2367.1 CRK82822.1

APA44613.1 CBG91495.1 CDQ16366.1 CRL90015.1

BAA14871.1 CBH75900.1 CDQ55161.1 CSL03976.1

BAA16525.1 CBI02339.1 CDS92449.1 CSN57331.1

BAA94599.1 CBI02439.1 CDU33631.1 CSP97983.1

BAA94600.1 CBJ02843.1 CDU41038.1 CSS48268.1

BAB37378. 1 CBL20779.1 CDW60669.1 CST07703.1

BAD88710.1 CBW19289. 1 CDZ85955.1 CTQ00194.1

BAE77123.1 CCC31907, 1 CDZ90589.1 CTQ01408.1

BAG78878.1 CCF65898.1 CEG33484.1 CTQ06965.1

BAI27353.1 CCI78933.1 CEH27897.1 CTQ 10470.1

BAI32529.1 CCJ45694.1 CEH28958.1 CTQ20562.1

BAI37675.1 CCJ72687.1 CEJ63776.1 CTQ78696.1

BA 33480.1 CCJ77939. 1 CEK06962.1 CTR79713.1

BAM00748.1 CCJ80840. 1 CEL88139.1 CTR96904.1

BAN45963.1 CCJ87365. 1 CE089736.1 CTS73379.1

BAN57107.1 CCJ91 133.1 CEP33002.1 CTS73419.1 CTT28505.1 EEL41357.1 EFR14711.1 EHC67259.1

CTT56172.1 EEL47872.1 EFU36955.1 EHC75056.1

CTT69475.1 EEL58542.1 EFV42072.1 EHC75092.1

CTU79150.1 EEL71807.1 EFW49740.1 EHC81432.1

CTU88023.1 EEL84498.1 EFW54280.1 EHC81436.1

CTU94690.1 EEM06318.1 EFW57755.1 EHC81453.1

CTV09894.1 EEM17585.1 EGB 14251.1 EHC82194.1

CTV11053.1 EEP53384.1 EGB62034.1 EHC82200.1

CTX207G2.1 EEP61904.1 EGB65436.1 EHC87537.1

CTZ29307.1 EEQ93121.1 EGB73934.1 EHC87548. 1

CTZ49322.1 EEW41109.1 EGB87427.1 EHC99340. 1

CUI62304.1 EFC54109.1 EGC96496.1 EHC99346. 1

CUJ87125.1 EFE05843.1 EGE35595. 1 EHC99347. 1

CUK19452.1 EFE61929.2 EGH58156.1 EHC99662.1

CUV19889.1 EFF04850.2 EGI09466.1 EHC99665.1

CUV29759.1 EFF11713.2 EGI 14765.1 EHC99666.1

CUV44247.1 EFI88372.1 EGI20132.1 EHD22256.1

CUW27398.1 EFJ64643.1 EGI39453.1 EHJ00584.1

CUX83295.1 EFJ70989.1 EGI44536.1 EHJ80884.1

CVK16600.1 EFJ81337.1 EGI49547.1 h! 1.180892. 1

EAU62914.1 EFJ85921.1 EGI91691.1 EHM38093.1

EDL55484.1 EFJ98691.1 EGI91882.1 EHM49393.1

ED056632.1 EFK04657.1 EGI91908.1 EHP66038. 1

EDQ32965.1 EFK09659.1 EGJ05807.1 EHT 11055.1

EDS93910.1 EFK 13604.1 EGK 18274.1 EHU06080.1

EDU66756.1 EFK21010.1 EGK35042.1 EHU06383.1

EDU92373.1 EFK23876.1 EGK57964.1 EHU09521.1

EDX36107.1 EFK46876.1 EGU98422.1 EHU19477.1

EDX43683.1 EFK49689.1 EHB43515.1 EHU22647.1

EDX70173.1 EFK57463.1 EHC32088.1 EHU26084.1

EDY23644.1 EFK70624.1 EHC32777.1 EHU36390.1

EDY55948.1 EFK75383.1 EHC32780.1 EHU39097.1

EDY58150.2 EFK91732.1 EHC32793.1 EHU51516.1

EDY59830.2 EFL03670.1 EHC45475.1 EHV54826.1

EEH12859.1 EFL18682.1 EHC 5503.1 EHY68818.1

EEI19352.1 EFL30368.1 EHC52082.1 EID63416.1

EEI70764.1 EFL33839.1 EHC52087.1 EID68002.1

EEI93920, 1 EFL36249, 1 EHC52088.1 EIG80589.1

EEK74306.1 EF059858.1 EHC61796, 1 EIG93735.1

EEL07176.1 EFP71978. 1 EHC61797, 1 EIH10970.1

EEL35424.1 EFP71979.1 EHC67244.1 I Ji 12 1433. 1 EIH45756.1 EKI50350.1 ENZ36084.1 EPJ05539.1

Effl76113.1 EKN69369.1 [^•.N/85363, i EPJ 10674.1

EII21076.1 EKY 1.5805.1 EOB13036.1 EQD48086.1

EII37121.1 ELC 14392.1 EOO 15443.1 EQN24196.1

EII44330.1 ELC 16479.1 E0021808.1 EQN91238.1

EIK73551.1 ELC36432.1 EOO40793.1 EQ058637.1

EIL52772.1 ELC95414.1 E0075774.1 EQP45856.1

EIQ05705.1 ELD97045.1 E0078537.1 EQQ02030. 1

EIQ18685.1 ELE40056.1 EOP16122.1 EQV89459. 1

EIQ33923.1 ELE53047.1 EOP27458.1 EQX26002.1

EIQ57498.1 ELE57708.1 EOP41686.1 EQX85393.1

EIQ69925.1 ELG86056.1 EOP56689.1 EQY15934, 1

EIQ70386.1 I 1 ,122530 1 EOP57538.1 EQY57475, 1

EJE66457.1 ELJ68100.1 EOP72097.1 EQZ98152.1

EJE84374.1 ELK42117.1 EOP74673.1 ERI03907.1

EJF29639.1 ELS58123.1 EOQ 14051.1 EiU09683, l

EJ 89144.1 ELV07387.1 EOQ45898.1 ERI93353.1

EJL 13039, 1 ELW30847.1 EOQ51737.1 ERK29115.1

EJL42219.1 EMD08043.1 EOU48296.1 ER058336.1

EJP95200.1 EMR53712.1 EOU64078.1 ER059766.1

EJQ09156.1 EMT38915.1 EOU77605.1 ERP00368.1

EJQ42479.1 EMT53291.1 EOU89114.1 ESA64895. 1

EJQ53619.1 EMU59120.1 EOV03214.1 ESA65448.1

EJQ73265.1 EMU68070.1 EOV47394.1 ESA65917.1

EJQ762 5.1 EMV17890.1 EOV55537.1 ESA75128, 1

EJR03070.1 EMW94343.1 EOV76073.1 ESA87456.1

EJR30137.1 EMX18799.1 EOV93686.1 ESA87933.1

EJR37137.1 EMX29635.1 EOW03648.1 ESB01012.1

EJR56655.1 EMX36855.1 EOW19479.1 ESC94775.1

EJR60363.1 EMX47016.1 EOW29746.1 ESDI 1433.1

EJS01188.1 EMX83385.1 EOW62005.1 ESDI 9507.1

EJS 10133.1 EMZ13604.1 EOW94128.1 ESD37227.1

EJS 12547.1 ENA04805.1 EPF20607.1 ESD63043.1

EJS52655.1 ENA37997.1 EPF23810.1 ESD69311.1

EJS66726.1 ENA43345.1 EPF68941.1 ESD77797.1

EJS74470.1 ENC89529.1 EPH43618.1 ESE00825.1

EJU35674.1 ENDS 1354.1 EPI71 152.1 ESE81665.1

EJV59704.1 END88908.1 EP 171726.1 ESE84032.1

EJV88337.1 ENG94980.1 EPI91450, 1 ESF53913.1

EJZ63610.1 FN! 100344 ! EPI98428.1 ESG67336.1

EKB48854.1 ENH06977.1 EPI99620.1 ESJ20736.1 ESK15909.1 EZP34120.1 KE029548.1 KGM83624.1

ES 33462.1 EZP69273.1 KE037679.1 KGM85554.1

ESL70275.1 GAB53792.1 KER50700.1 KGT96644.1

ESM13806. 1 GAD66768.1 ER78502.1 KHD 16675.1

ESN17365.1 GAF37976.1 KEY61249.1 KHG 17857.1

ESN64633.1 GAK71556, 1 KEY61542.1 KHG23880.1

ESS57289.1 GAL45775.1 KEY¾ 1632.1 KHG24026.1

ESS68083.1 GALS 1546.1 KEY61720.1 HG25621 .1

EST52466.1 GAL57703.1 KEY62070.1 HI36730.1

ESU79725.1 GAM01523.1 KEY6221 1.1 KHJ 14566.1

ESU79726.1 GAP71067.1 KEY62248.1 KHN51965. 1

ETA87938.1 GAQ24599.1 KEY62600.1 KHN62432. 1

ETC31011.1 GAQ52594.1 KEY62750.1 KHN91314. 1

ETD63590.1 GAQ62824.1 KEY62777.1 KH061939.1

ETE17194.1 GAR76344.1 KEY63154.1 KHS46174.1

ETE48332.1 GAS78753.1 KEY63197.1 KHS75073.1

ETI91426.1 KCZ71 192.1 EY63491.1 KHT32808.1

ETJ22905.1 KDA56524.1 EY63621.1 ΚΗΪ39972.1

ETJ36492.1 KDE35397.1 EY63666.1 KID02664.2

ETT76699.1 KDF 12097.1 KEZ84112.1 KIH05031.1

ETY41938.1 KDF 12267.1 KEZ91498.1 KIL36988.1

EUA69680.1 KDG92710.1 KFB98795.1 IL37280.1

EUA84046.1 KDM54636.1 KFC77618.1 IL75881 .1

EWG73522.1 KDN97932.1 KFC87779. 1 KIL78121 .1

EWG77224.1 KDU32581.1 KFC92200. 1 KIQ46533.1

EWS95005.1 KDV36696.1 KFC94055. 1 KIQ55575.1

EWS95811.1 KDV41290.1 KFD40864.1 KIS45828.1

EYD83647.1 KDV63554.1 KFD77810.1 KIU31395.1

EYE21343.1 KDW29512.1 KFF72766.1 KIV76534.1

EYV13884.1 KDX22072.1 KFI56278.1 KJC02074.1

EYV14671 .1 KDX46941.1 FI63760.1 KJC05752.1

EYZ94185.1 KEA53701.1 KFI64199.1 KJC 10953.1

EZA39087.1 KEF36300.1 KFI81170.1 KJF38320, 1

EZD30976.1 KEJ44729.1 KFX06880.1 KJH07563.1

EZE08113.1 KEJ58710.1 KFX14235.1 KJM39013.1

EZE58040.1 KEJ72834.1 KFX74939.1 JM95208.1

EZJ36257.1 KEL69605.1 KGA35360.1 JN23016.1

EZJ49055.1 KENS 2983.1 KGA42964.1 KJS00574.1

EZJ70721.1 KEN6525 .1 KGF09343.1 KJS 1 1246.1

EZJ83281.1 KEN97872.1 KGM62239.1 KIS 12052.1

EZK20097.1 KEO07702.1 KGM72003.1 KJS23079.1 KJS48202.1 KM073567.1 KPQ48969.1 KSX94554.1

KJW31626.1 KM079473.1 KPR56433.1 KSY24943.1

KJW48653.1 KMV34687.1 KPU43824.1 KSZ 14257.1 .IX 12962.1 KM V71410.1 KPW09941.1 KTH73029.1

KJX35546.1 KMY52755.1 KPW 15746.1 KTI23444.1

KJZ82908.1 KMY52867.1 KPW54438.1 KTK26313.1

KJZ83822.1 KNA43034.1 KPW91211.1 KTK78251.1

KKA53732.1 KNB70753.1 KPX42861.1 KTM84786.1

KKB33451.1 \B70790.1 KPX63485.1 KT049964.1

KKB37484.1 KNC12151.1 KPY30896,1 K i^'()7 18i .l

K.KC61647.1 K C91419.1 KPY55802.1 KTP65662.1

KKI48768.1 KM 71262.1 KPY81707,1 KTZ06525.1

KKI89815.1 KNF81324.1 KPY97724.1 KUB34136.1

KKJ26361.1 K H23702.1 KQB 77808.1 KUE74614.1

KKK45477.1 KNN86024.1 KQC84343.1 Kt;i 145954.1

KKM10135.1 K W78813.1 KQJ43040.1 KUI 157572.1

KKY41353.1 K NY 77855 1 KQL34770.1 KU048919.1

KKY86484.1 N/99940.1 KQL45807.1 KUQ85390.1

KLQ22117.1 KOA27411.1 KQL49683.1 KWU61736.1

KLT72735.1 KON69897.1 KQU20541.1 KWU68561.1

KLU65949.1 KON90844.1 KQU25399.1 KWW11355.1

KLV42517.1 KON96751.1 KRD84748.1 KXG99471.1

KLV56190.1 KOP04345.1 KRE10236.1 KXH99505.1

KLV64988.1 KOP73204.1 KRF52830.1 KXL57621.1

KLV65484.1 KOP92853.1 KRF58868.1 KXQ38659.1

KLV74220.1 KOR79514.1 KRF60614.1 KYR51641.1

KLW86671.1 KOR86809.1 KRF63503.1 KYS98061.1

KLX58084.1 KPA87633.1 KRK41016.1 KYV66420.1

KLX94977.1 KPA87634.1 KRM06091.1 KZJ62467.1

KLY12232.1 KPB72987.1 KRM11195.1 OAC42867.1

KLY33021.1 KPL77404.1 KRQ86107.1 OAJ90061.1

KME67644.1 KPO05706.1 KRT40898.1 OA074321.1

KMI32966.1 KPO33063.1 KSB12379.1 OCL20194.1

KMK12937.1 KP054643.1 KSB60709.1 OCS62224.1

KML66598.1 KPP86588.1 KSB77569.1 OCV69030.1

KMM34304.1 KPP90487.1 KST26609.1 ODH23946.1

KMM41841.1 KPQ06635.1 KST80109.1 OEH16092.1

KMN46751.1 KPQ07802.1 K Si .03228.1 OEN36946,1

KMN64361.1 KPQ17574.1 KSU 11825,1 OFD09909.1

KMX 3720 ! KPQ 18521.1 KSU28121.1 SAE79353.1

KMO70017.1 KPQ21853.1 KSX62841.1 SBL80466.1 SBZ09436.1

[00106] Representative examples of gamma-aminobutyraldehyde dehydrogenase (EC 1.2.1.19) are given below in Table 6 and identified by their EMBL/GENBAN /DDBJ ID numbers. Any of the bacteria given in Table 10 can be engineered with any version of the gamma-aminobutyraldehyde dehydrogenase (EC 1.2.1.19) set forth in Table 3 and Table 6. For instance, the bacteria can be engineered with a version of the gamma-aminobutyraldehyde dehydrogenase enzyme that has at least 50% nucleotide similarity with any of the versions of gamma-aminobutyraldehyde dehydrogenase given in Table 6 (e.g., at least nucleotide 60% similarity, at least 70% nucieotide similarity, at least 80% nucleotide similarity, at least 90% nucleotide similarity, at least 91% nucleotide similarity, at least 92%o nucleotide similarity, at least 93% nucleotide similarity, at least 94% nucieotide similarity, at least 95% nucleotide similarity, at least 96% nucleotide similarity, at least 97% nucleotide similarity, at least 98%o nucieotide similarity, at least 99% nucleotide similarity, at least 99.5% nucieotide similarity, at least 99.9% nucleotide similarity, or 100% nucleotide similarity).

Table 6. Representative Examples of Gamma- Ami nobutyraldehyde Dehydrogenase by EMBL/GENBANK/DDBJ ID Number

AAA23428.1 ABA73866.1 ABG69453.1 ABV19711.1

AAC74382.1 ABA76670.1 ABI88593.1 ABV42738.1

AAC74526.1 ABA77271.1 ABI91617, 1 ABV94754.1

AAG56331.1 ABAS 1 134.1 ABJ00886.1 ABX21278.1

AAL20515.1 ABB06719.1 ABO56067.1 ABX67082.1

AAN43345.1 ABB09933.1 ABP60799.1 ACA77853.1

AAN54343.1 ABB61850.1 ABP83011.1 ACB02660.1

AAN68409.1 ABC35115.1 ABQ62162.1 ACB 16069.1

AAN80331.1 ABE07141 .1 ABQ79255.1 ACB 17411.1

AA069141.1 ABE33447.1 ABQ81306.1 ACD08717.1

AAP 17225.1 ABE35009.1 ABR77355.1 ACF65188.1

AAV77220.1 ABES 8543.1 ABR80823.1 ACH48735.1

AAX65500.1 ABF03934.1 ABU77182.1 ACI07089.1

AAY35300.1 ABF07563.1 ABV05856.1 ACI11169.1

AAY91615.1 ABF08506. 1 ABV1261 1.1 ACI 11654.1

AAZ88386.1 ABF77276. 1 ABV19407.1 ACB 8546.1 ACI83776.1 AEG95612.1 AFR27692.1 AHA65444.1

ACI83777.1 AEG98095.1 AFR30100.1 AHA65445.1

ACI83778.1 AEG98933.1 AFR31023.1 AHB59062.1

ACI83779.1 AEH78268.1 AFS74542.1 AHB70534.1

AC Ί 83780. ! AEH79912.1 AFS74651 .1 AHB70670.1

ACI84176. 1 AEI77057.1 AFT90302.1 AHC33991.1

ACI84177. 1 AEI81569, 1 AFT90471.1 AHC33996.1

ACI84178.1 AEJ11708.1 AFY18239.1 AHC38640.1

ACI84179.1 AEJ41144.1 AFY18244.1 AHC86568.1

ACI84180.1 AEJ56308.1 AGB72506.1 AHC90526.1

ACI98856.1 AE.) 56491.1 AGB72704.1 AHC99932.1

ACL96708.1 AEK44843.1 AGB74580.1 AHD03574.1

ACN46267.1 AE 65037.1 AGB75454.1 AUDI 3184.1

ACR63729.1 AEQ 12441.1 AGB78252.1 AUDI 7058.1

ACS85105.1 AEV61105.1 AGE94564.1 AHE51105.1

ACT07528.1 AEW60590.1 AGG75097.1 AHE57975.1

ACT 12461.1 AEW61596.1 AGI23954.1 AHE58040.1

ACX87601.1 AEW61597.1 AGI25578.1 AHE70444.1

ACY88405.1 AEW73833.1 AGK03386. 1 AF1F76632.1

ACZ77452.1 AEW96833.1 AGM29868.1 AHF85737.1

ACZ84797.1 AEX05106.1 AGN78797. 1 AHG19057.1

ACZ84868.1 AEX05672.1 AGN78800.1 AHG19062.1

ADA74159.1 AEX21381.1 AGN79081.1 AHG38795.1

ADD56229.1 AEY02655.1 AGN81120.1 ΛΙ 11 195453. 1

ADD56381.1 AFG40539.1 AGN84096.1 Ai l! 1961 34. 1

ADF61409.1 AFG40645.1 AG056529.1 AHI31496.1

ADF61777, 1 AFI68614.1 AG056534.1 AHJ73863.1

ADI 12862.1 AFI89822.1 AGP45636.1 AHK28152.1

ADJ47943.1 AFJ28854.1 AGP48796.1 AHK28260.1

ADM97795.1 AFJ28952.1 AGP52381.1 AHK29047.1

ADN75355.1 AFJ47105. 1 AGP54692.1 AHK29048.1

AD048635.1 AFK56420.1 AGP54697.1 AHK29235.1

ADP 16410.1 AFK67163.1 AGP60625.1 AHK29423.1

ADR26852.1 AFL53103.1 AGQ73200. 1 AHK34315.1

ADT74882.1 AFM59735.1 AGR58814.1 Al l! . 2427.1

ADT75049.1 AFM60144.1 AGS23468.1 AHM79287.1

AD V53576.1 AFN32345.1 AGS72121.1 AHM80280.1

ADX17297.1 AF048697.1 AGZ34904.1 AHM84957.1

AEC 17673.1 AFO86070.1 AGZ34909.1 ΑΠΜ8591 7 !

AEE56233.1 AF092872.1 AGZ36730.1 1 IN 804 1 !

AEE56444.1 AFR02836.1 AHA65135.1 AHW62955.1 AHX59431.1 AJA25872.1 AKK26535.1 B AI30293 , 1

AHY13380.1 AJC55682.1 AKK48033.1 BAD 0398.1

AHY70456.1 AJC65875.1 AK. 48 1 -I. 1 BAI35600.1

AHZ69437.1 AJC81199.1 AKI. 12092. 1 BAI35738.1

AHZ75601.1 AJD42887.1 AKL36390.1 BAL95971.1

AHZ75934.1 AJE42771.1 AKM34859.1 B.A 47691.1

AIA06216.1 AJE55657.1 AKM34956.1 BAN47978.1

AICl 8252.1 AJE55826.1 AKM45294.1 BAN50325.1

AICl 8257.1 AJE81228.1 AKN71659.1 BAN50330.1

AIC29053.1 AJF56173.1 A R56664.1 BAN56084.1

AID34200.1 AJF56280.1 A R58199.1 CAC47084.1

AID901 10.1 AJF67554.1 AKS06052.1 CADO 1728.1

AIG78005.1 AJF67987.1 AKS06057.1 CAG74448.1

AIG79529.1 AJF73013.1 ALD25372.1 CAQ89037.1

AII0330Q.1 AJG15382.1 AL 1.90586. 1 CAQ98298.1

AII05641.1 AJK47164.1 ALQ29888.1 CAR02855.1

A 1100622. ! AJ083449.1 Al. .27562. 1 CAR07796.2

ΑΠ07903.1 AJP04064.1 ALY13061.1 CAR12812.1

AII88152.1 AJQ48790.1 ALY13176.1 CAR12894.1

AIJ13059, 1 AJQ89920.1 ALZ65876.1 CAR! 7782.1

AIJ13068.1 AJT64083.1 AI .766856. 1 CAR37392.1

AIL63307.1 AJX74179.1 AMW41259.1 CAR50912.1

AIN56881.1 AJY44820.1 AMW41352.1 CAS09132.1

AIN58220.1 AJZ89630.1 AMX15658.1 CAU97432.1

AIO70590.1 AKA21608.1 A K32128.1 CAZ86962.1

AI083941 .1 AKA25271 .1 A M82203.1 CB A30725.1

AIP25746.1 AKA26423.1 ANP 17955.1 CBG87141.1

AIP94956.1 AKA26428.1 ANZ87342.1 CBG88353.1

AIR032Q0.1 AKA26652.1 AOM46387.1 CBJ00907.1

AIR62232.1 AKC39739.1 AOM69814.1 CBJ01019.1

AIR68506.1 AKE96156.1 AOT33034.1 CBW17622.1

AIS00809.1 A F49081.1 APA42536.1 CCB65972.1

AIS00819.1 A G67805.1 APA42696.1 CCB67003.1

AIT03707.1 AKG67810.1 BAA 14869. 1 CCB67169.1

AIU71844.1 AKH07208.1 BAA 15073.1 CCC30509.1

AIU71849.1 AKH08765.1 BAB35471.1 CCE10783.1

AIW48087.1 AKH26598.1 BAD88708.1 CCF61531.1

AIW76907.1 AKI 120766. 1 BAG42223.1 {^'CI 128399. 1

AIX63251 .1 A I 185 122. 1 BAG77050.1 { ^'CI 13 1 748. 1

AIZ82499.1 AK J 10458.1 BAI25150.1 CCH72874.1

AJ A 14625, 1 AKJ98810.1 BAI25318.1 CCH76962.1 CCH77412.1 CDP84626.1 CEL27771.1 CTT92436.1

CCH79600.1 CDQ13701.1 CEL84834.1 CTT92613.1

CCI52108.1 CDQ14695.1 CEL86039.1 CTT97100.1

CCI77183.1 CDR01601.1 CEP29887.1 CTU01835.1

CCJ43834. 1 CDR17539.1 CFU00610.1 CTU36153.1

CCJ43945. 1 CDU36030.1 CPR21343.1 CTU72845.1

CCJ80233. 1 CDU38743.1 CQD06815.1 CTV40159.1

CCK02487.1 CDW92927.1 CQR61483.1 CTV56108.1

CCK27139.1 CDX1 1539.1 CRI57441.1 CTV74457.1

CCK27147.1 CDX11561.1 CRI58732.1 CTW04360.1

CCK46650.1 CDX14815.1 CRL88003.1 CTW29476.1

CCM79078.1 CDX 15464.1 CRP27791.1 CTW61879.1

CCM79926.1 CDX15608.1 CRQ48403.1 CTW77542.1

CCN44439.1 CDX15708.1 CRZ 15796.1 CTX33307.1

CCQ17877.1 CDX18128.1 CSK40308.1 CTY24484.1

CCT59175.1 CDX23952.1 CSK40325.1 CTZ61796.1

CCV08313.1 CDX24321.1 CSL03164.1 CTZ76546.1

CC VI 0163.1 CDX24344.1 CSM54609.1 CTZ79234.1

CCV14388.1 CDX24795.1 CSM54649.1 CTZ96800.1

CCV15291.1 CDX26102.1 CSN55245.1 CUI28728.1

CCW32353.1 CDX30033.1 CSP80178.1 CUJ66815.1

CDF82476.1 CDX30137.1 CSP84594.1 CUJ82879.1

CDF82481.1 CDX32833.1 CSP99410.1 CUZ08279.1

CDF83258.1 CDX33250.1 CSS89574.1 EDM61330.1

CDG13595.1 CDX33780.1 CTP99211.1 EDS91265.1

CDG 17619.1 CDX35494.1 CTQ00586.1 EDS92029.1

CDH77402.1 CDX39763.1 CTQ03890.1 EDU65292.1

CDK71 151.1 CDX50647.1 CTQ 10217.1 EDU90202.1

CDK74582.1 CDX52898.1 CTQ 15467.1 EDU90317.1

CDL26553.1 CDX53624.1 CTQ16305.1 EDX34020.1

CDL56081.1 CDX58882.1 CTQ 16977.1 EDX35915.1

CDL.81552.1 CDX59913.1 CTQ 17997.1 EDX46872.1

CDL.81886.1 CDX61300.1 CTQ25284.1 EDY24930.1

CDM87455.1 CDX61327.1 CTR39889.1 EDY65642.1

CDN05905.1 CDX61366.1 CTS37133.1 EED35505.1

CDN06835.1 CDX62732.1 CTS49511.1 EED97074.1

CDN820Q2.1 CDZ83389.1 CTS54984.1 EEE03881.1

CDO06723.1 CEG54345.1 CTT37563.1 EEE05415.1

CDOl 1 198.1 CEI20766.1 CTT55391.1 EEP49475.1

CDO20175.1 CEJ64257.1 CTT62054.1 EEP84228.1

CD027859.1 CEL27766.1 CTT65179.1 EET48351.1 EET48956.1 EGB72004.1 EHH11988.1 EII44042.1

EEW39317.1 EGB90260.1 EHJ94704.1 EIK70381.1

EEW60473.1 EGB98679.1 EHJ94844. 1 E1K70690.1

EEX16532.1 EGC95168.1 EHK52408. 1 E1K97767.1

EFC56792.1 EGD06231.1 EHK54788.1 EI 97772.1

EFE08792.1 EGE34132. 1 EHK66824.1 EIL50217.1

EFE63903.2 EGE48689. 1 EH 74830.1 Ett.50351.1

EFE64066.2 EGE61394.1 EHM27681.1 EIM73619.1

EFF07668.2 EGF89341.1 EHM47677.1 EIQ09709.1

EFF07812.2 EGG47793.1 EHN75593.1 EIQ75858.1

EFF12655.2 EGI 10883.1 EHP43848.1 EJE59098.1

EFF 12736.2 EGI11039.1 EHP62718.1 EJE61181.1

EFG35656.2 EGI 17601.1 EHP64017.1 EJE85045.1

EFH33353.1 EGI21877.1 EHT05663.1 EJE96318.1

EFI90126.1 EGI22685.1 EHT 13683.1 EJF29138.1

EFJ64881.1 EGI41263.1 EHU11201.1 EJF32265.1

EFJ72274.1 EGI41264.1 EHIJ13340. 1 EJF68495.1

EFJ83495.1 EGI46454.1 EHIJ15614. 1 EJF68500.1

EFJ 89608.1 EGI47073.1 EHU24532.1 EJI90289.1

EFJ98868.1 EGI51604, 1 EHU29232.1 EJI93345.1

EFK05124. 1 EGI51699, 1 EHU31012.1 EJI93407.1

EFKl 5965.1 EGI96778.1 EHU41094.1 EJI95486.1

EFK19444.1 EGI99670.1 EHU45943.1 EJI95544.1

EFK26532.1 EGI99749.1 EHU59778.1 EJI96663.1

EFK45262.1 EGJ03157.1 EHV59483.1 EJI98843.1

EFK52086.1 EGJ05085.1 EIC82100.1 EJJ00315.1

EFK66278.1 EGJ74429.1 EID61817.1 EJJ07858, 1

EFK74995.1 EGK24148.1 !^■! 1)622 14. 1 EJ 91259.1

EFK91 145.1 EGK24149.1 ED365440.1 EJK91378.1

EFL88470.1 EGK24615.1 ED365521.1 EJL01279.1

EFM58433.1 EGK24616.1 EID73534.1 EJL02848.1

EF059324. 1 EGK37820.1 EIE52002.1 EJL08255.1

EFP69095. 1 EGK60394.1 EIF92872.1 EJL08816.1

EFP69402. 1 EG094631.1 EIG83929.1 EJL08880.1

FI R 14050. i EGU9561 1.1 EIG94831.1 EJL 16742, 1

EFU33457.1 EGW40786.1 EIH12409.1 EJL 17014.1

EFV41685.1 EGX55949.1 EIH21939.1 EJ032261.1

EFV42196.1 EHB41733.1 EIH44123.1 EJT03922.1

EFV44308.1 EHD22257.1 EIH77056.1 EJU29480.1

EGB59482.1 EHH02231.1 EII23324.1 EJZ04156.1

EGB68820.1 ! · ] [] 1095 16 ! EIB2616.1 EJZ05782.1 EJZ07520.1 ELJ74005.1 EOU43864.1 EPL05218.1

EJZ 1 1850.1 ELQ84051.1 EOU68015.1 EPR07720.1

EJZ 13633. 1 ELQ90577.1 EOU70063. 1 EQD81697.1

EJZ 18209.1 ELV07386.1 EOU79907. 1 EQD82324.1

EJZ22729.1 ELW35774.1 E0U81 1 19.1 EQD83794.1

EJZ67420.1 CI . X I 1 . 1 EOU96152.1 EQD87767.1

EJZ67421.1 EMD 12755.1 EOU96255.1 EQL44300.1

EKE69095.1 EMD12954.1 EOV09796.1 EQM34719. 1

EKF44031. 1 EMD13067.1 E0V10270.1 EQM69852. 1

EKF58906.1 EMF25251.1 EOV49578.1 EQM71564.1

E 153765.1 EMP54680.1 EOV63174.1 EQM71569.1

EKI53852.1 EMP54686.1 EOV63548.1 EQM75964.1

EKT77536.1 EMR54447.1 EOV79497.1 EQM77609.1

EKU47209.1 EMU62810.1 EOV79860.1 EQM78485.1

EKU47702.1 EMU70199.1 EOV87779.1 EQM79321. 1

EKX82560.1 EMV21 190.1 EOW08077.1 EQM80144.1

EKX83133.1 EMX05854.1 EOW08486.1 EQN28573.1

EKX83138.1 EMX21 136.1 EOW21036.1 EQN28672.1

EKX85141.1 EMX32353.1 EOW21374.1 EQN99840.1

EKZ96977.1 EMX40913.1 EOW24870.1 EQN99841. 1

EKZ99926.1 EMX51 161.1 EOW26044.1 EQO00250. 1

ELB93420. 1 EMX88242.1 EOW65040.1 EQ068143.1

ELC09512. 1 EMY35234.1 EOW98830.1 EQO71509.1

ELC09701.1 ENA08671.1 EPB97616.1 EQP56400.1

ELC 19003.1 ENA40359.1 EPC03794.1 EQQ 14012.1

ELC41369.1 EiNA45932, l EPE95228.1 EQQ 14796.1

ELC41538.1 ENC92169.1 EPF 16860.1 EQV92076.1

ELC88918.1 END53755.1 HP! 143 1 . 1 EQV93438.1

ELC89051.1 END93044.1 EPH4343 1.1 EQX28154.1

ELE01 126.1 E G98074.1 EPI73506.1 EQX88295.1

ELEO 1606.1 ENH03358.1 EPI73882.1 EQX88882.1

ELE44498.1 C\ ] 1096 1 0. 1 EPI 87463.1 EQY25054.1

ELE44659.1 ENY73407.1 EPJ00727.1 EQY25162.1

ELE56019.1 ENY78290.1 EPJO 1 132, 1 EQY62629. 1

ELE561 14.1 ENZ86937. 1 EPJ03992.1 EQY63 166. 1

ELE60912.1 EOD53374.1 EPJ12747.1 EQZ93705.1

ELE61 186.1 EOQ49232.1 EPJ38971.1 ERA03230.1

ELG8941 1 .1 EOQ49914.1 EPJ38980.1 ERB51269.1

ELG90335.1 E0Q61470.1 EPJ81214.1 ERE03382.1

ELI30197.1 EOQ65631.1 EPJ81219.1 ERF62800.1

ELD 1 157.1 EOU43508.1 EPJ89017.1 ERF79994.1 ERF80025.1 ESK09882.1 ESX43501.1 ESZ28042.1

ERF86678.1 ESK 10485.1 ESX52337.1 ESZ34731.1

ERH52669.1 ESK37171.1 ESX56930.1 ESZ35713.1

ERH54945.1 ESK37414.1 ESX58061.1 ESZ39312.1

K ] 156364. 1 ESL81948.1 ESX60692.1 ESZ47365.1

ERH56369.1 ESL82348.1 ESX73443.1 ESZ49754.1

ERI50841.1 ESM 14498.1 ESX77081.1 ESZ50191.1

ERI52992.1 ESN13440.1 ESX81416.1 ESZ51262.1

ERK06991.1 ESQ05398.1 ESX87236.1 ESZ60420.1

ERK14296.1 ESQ76607.1 ESX88150.1 ESZ6298 .1

ERK98773.1 ESQ77377.1 ESX88342.1 ESZ63558.1

ERK98876.1 ESQ81731.1 ESY00266.1 ESZ67001.1

ERL53130.1 ESQ83104.1 ESY04276.1 ESZ70861.1

ER058335.1 ESQ91911.1 ESY06338.1 ESZ73525.1

ER062836.1 ESQ93897.1 ESY12861.1 ESZ73952.1

ER063658.1 ESQ98710.1 ESY17564.1 ESZ75665.1

ERP07702.1 ESS14987.1 ESY 8933.1 ETA08782. 1

ERP86472.1 ESS59788.1 ESY26034.1 ETA86576. 1

ERS89090.1 EST30101 .1 ESY28484.1 ETC29664.1

ERT55553. 1 EST30107.1 ESY30944.1 ETD30716.1

ESA66810. 1 EST33761.1 ESY33527.1 ETD31 105.1

ESA77122.1 EST33892.1 ESY37324.1 ETD62961.1

ESA78274.1 EST36063.1 ESY52717.1 ETE 19722.1

ESA83620.1 EST39150.1 ESY60955.1 ETE531 15.1

ESA83744.1 ESU49379.1 ESY66683.1 ETF04172.1

ESA95270.1 ] · Si : 76946 ! ESY68060.1 ETF05232.1

ESBO 1449, 1 ESU81649.1 ESY74421.1 ETF07523.1

ESD02695.1 ESU81650.1 ESY80296.1 ETI61741.1

ESD09814.1 ESW36007.1 ESY83492.1 ETK22368.1

ESD21218.1 ESW41503.1 ESY84782.1 ETK22373.1

ESD33644.1 ESW64252.1 ESY90437.1 ETK33993.1

ESD67552. 1 ESW66425.1 ESY93751.1 ET 35735.1

ESD75875. 1 ESW68009.1 ESZ00304.1 ETM65117.1

ESD88637. 1 ESW86999.1 ESZO 1923.1 ETM65275.1

ESD99184. 1 ESW87442.1 ESZ09540.1 ETM67859.1

ESE82501.1 ESW90408.1 ESZ09896.1 ETM67864.1

ESE84822.1 ESW91937.1 ESZ13256.1 ETM68681.1

ESF48176.1 ESX01731.1 ESZ14738.1 ETY48139.1

ESG58184.1 ESX14872.1 ESZ24600.1 ETY48243.1

ESJ13234.1 ESX15364.1 ESZ25961.1 ETZ 1 1507.1

ESJ21013.1 ESX27250.1 ESZ27305.1 EUB 74063.1 EUB83842.1 GAD63079.1 KEC77821.1 KFF99222.1

EWC42375.1 GAD63084.1 KEG39710.1 KFG67154.1

EWG76330.1 GAK29357.1 KEH13576.1 KFG73420.1

EWH00701.1 GAK29362.1 KEJ48744.1 KFG77433.1

EWM 12655.1 GAL43981.1 KEJ63425.1 KFI29656.1

EXF91839. 1 GAL48526.1 KEJ77549.1 KFK85449.1

EXF93299. 1 GALS 8082.1 KEJ95365.1 KFK97286.1

EXF94820.1 GAM50401.1 KEL69022.1 KFK97291.1

EXF94825.1 GAO07729.1 KEN57716.1 KFL25738.1

EXF96398.1 GAP56165.1 KEN70496.1 KFL29966.1

EXJ51305.1 GAP56166.1 KEO01987.1 KFL38046.1

EXL03099.1 GAP56167.1 KE012714.1 KFN19465.1

EXU69106.1 DA58453.1 KE035027.1 KFN41 1 1 1.1

EXU88516.1 KDD67292.1 KE051439.1 KFN46900.1

EYC51688.1 KDD68894.1 KE053693.1 KFN49964.1

EYD86031.1 KDD69165.1 KE057514.1 KFN51535.1

EYR82110.1 KDD69170.1 ER68883.1 KFX06879.1

EYT83596.1 KDE38101.1 ES06595. 1 KFX69867.1

EYU66295.1 KDE98698.1 KES20242.1 KGA35361.1

EYV04090.1 KDF06849.1 KES21942, 1 KGA42963.1

EYV 10968.1 KDF 18076.1 KES22773.1 KGD59263.1

EZA00470.1 KDF20685.1 KES22778.1 KGD94090.1

EZ A36281.1 KDG95704.1 KEX91709.1 KGE65706.1

EZD25558.1 KDG97056.1 KEX92394.1 KGE65711.1

EZD99900.1 KDM67929.1 KEY87097.1 KGF68263.1

EZE53557.1 DN76233.1 KEZ76822.1 KGF72312.1

Γ./1 178629.1 KDN831 14.1 KFB89554.1 KGI67195.1

EZH78632.1 KDN831 17.1 KFB89559.1 KGI94899.1

EZI29263.1 KDO01521.1 KFC10517.1 KGJ03236.1

EZI29268.1 KDQ69796.1 KFC67945.1 KGK24105.1

EZJ43273.1 KDS87067.1 KFC70569.1 KGM32302.1

EZJ52521.1 KDU28283.1 KFC75085.1 KGM44306.1

EZJ77242.1 KDV34603.1 KFC81786.1 KGM58952.1

EZJ87004.1 KDV38010.1 KFC91913.1 KGM69324.1

EZK23644, 1 KDV65222.1 KFC95867.1 KGM78828.1

EZP27312.1 KDW32558.1 KFC99397.1 KGM81944.1

EZP41476.1 KDX18550.1 KFD74218.1 KGP01633.1

EZP45031.1 KDX47161.1 KFE44941.1 KGQ21090.1

EZP62483.1 EA05640.1 KFE53051.1 KGR84694.1

GAB53548.1 EA51004.1 KFF88438.1 K.GT96645.1

GAB56017.1 KEC74664.1 KFF88443.1 KGU84905.1 KGU85044.1 KIQ45546.1 KJK 52206. 1 KKD60858.1

KGW16883.1 KIQ47862.1 KJK58811.1 KKE99588.1

KHA75030.1 KIQ55257.1 KJL20365.1 KKF00080.1

KHA75035.1 KIQ59125.1 KJL23069.1 KKF03311.1

KHD08750.1 KIQ63814.1 KJL30351.1 146974 !

KHD 11829.1 KIU18518.1 KJL31602.1 146979 !

KHI27478.1 KIU34636.1 KJL33666.1 KKJ25486.1

KHJ12630.1 KIU47422.1 KJL48804.1 KKO 14271.1

KHK63949.1 KIU53338.1 KJM37801.1 KKW63834.1

KHK63954.1 KIU53341.1 KJM97308.1 KKX63769.1

KHL04063.1 KIX41539.1 KJN29799.1 KKX64098.1

KHL 17238.1 IX76475.1 KJQ55807.1 K.KY43260.1

KHL 18800.1 KIY37490.1 KJQ55948.1 K.KY88574.1

K l 11.69724. 1 KIY39817.1 KJW23607.1 KKZ 17922.1

KHN51966.1 KIY42118.1 KJW25580.1 KKZ 17927.1 l 1X62433. 1 KIY42676.1 KJW52220.1 KKZ88372.1

KHN91313.1 ΚΪΖ13851. 1 KJX08981 .1 KLI09733.1

KHO23301.1 KIZ24787. 1 KJX38421 .1 KLI88767.1

KH027139.1 KJC00426.1 KJY22909.1 KLI99518.1

KHO65650.1 KJC06180.1 KJY33089.1 KLK91 133.1

KHS48549.1 KJC 1 1238.1 KJY33790.1 KL051629.1

KHS48554.1 KJE36612.1 KJY43331.1 KLQ25311.1

KHS75072.1 KJE78198.1 KJZ 10920.1 KLT72736.1

KHT32807.1 KJF18418.1 KJZ37958.1 KLU27310.1

KHT39971.1 KJF21349.1 KJZ37963.1 KLV08340.1

KIC09090.1 JF69984.1 KJZ40441.1 KLV50364.1

KIC40995.1 KJF70827.1 KJZ40446.1 KLV67254.1

KIC41133.1 KJH08553.1 KJZ45327.1 KLV72352.1

KIC83744.1 KJH75518.1 KJZ45333.1 KLW92152.1

KIC99939.2 KJH75523.1 KJZ66226.1 KLX61073.1

KIC99947.1 KJH76614.1 KJZ66231. 1 KLX97485.1

KID09632.1 KJH78831.1 KKA04889. 1 KLY16841 .1

KIF07001.1 KJH87663.1 KKA04894. 1 KLY40951 .1

KIF26716.1 KJH87668.1 KKA0991 1. 1 KME63607. 1

KIF43517.1 KJKO 1996, 1 KKA37777. 1 KMI305 9.1

KIF59716.1 KJK02001.1 KKA42030.1 KMK11631.1

KIF59721.1 KJK03668.1 KKA53217.1 KML66599.1

KIF67705.1 KJK05212.1 KKB78257.1 KMM42844.1

KIH01614.1 J 08131 .1 KKB82836.1 !< MM 79980 !

KI 89863.1 J 20451 .1 KKC631 15.1 !< M 79984 !

KIK89868.1 KJK37817.1 KKD05136.1 KMM93815.1 KMN 10712.1 KOG30324.1 KPC80506.1 KTH76882.1 MX 1071 5. 1 KOG34758.1 KPC83739.1 KTZ 11478.1

KMN35503.1 KOG38875.1 KPC92801.1 KUN93478.1

KMN66213.1 KOG44119.1 KPF46210.1 KUU42596.1

KMN83689.1 KOG60686.1 KPF61380.1 KWZ91965.1

KM068456.1 KOG65984.1 KPG35216.1 KXG93510.1

KM068855.1 KOG73930.1 KPG89320.1 KXHO 1990.1

KMO70407.1 KOG84617.1 KPG89325.1 KXI02527.1

KM071981.1 KOP04486.1 KPG90595.1 KXL57426.1

KMO77030. 1 KOP81781.1 KPG90600.1 KXL65443.1

KM077166.1 KOT34360.1 KPG95593.1 KXQ40269.1

KM078179.1 OT54726.1 KPG96003.1 KYR44624.1

KMO83081.1 OT89785.1 i 106793. 1 KYR46262.1

KM084977.1 OT93096.1 KPL32866.1 KYS89391.1

KM098166.1 KOU23107.1 KPL68330.1 KYV69812.1

KMQ75593.1 KOU32059.1 KPN71959.1 KYV69919.1

KMS67055.1 K()i. 37064. 1 KPN74360.1 KZJ61423.1

KMS84091.1 KOU48313.1 KPN92591 .1 OAC44376.1

KMV13999.1 KOU68154.1 KPN92596.1 OAJ89643.1

KMV35767.1 KOU76809.1 KPO09259. 1 OAJ89801.1

KNA39386.1 KO VI 0064, 1 KP042565.1 OA073826.1

KNC09274.1 KOV34566.1 KP048511.1 OCB47501.1

KNC93864.1 KOV38826.1 KP053785.1 OCS64471.1

KND34924.1 KOV52198.1 KPP88272.1 OCS99847.1

KND39332.1 KOV66117.1 KPP99458.1 OCV46435.1 N 1)42278 1 OV74373.1 KPQ21464.1 OCV69750.1

KNF62763.1 KOV87450.1 KPQ21534.1 01)1 120373 1

KNF78118.1 KOX03723.1 KPQ21854.1 ODN18141.1

KNF82323.1 KOX05951.1 KPR53957.1 OEG95421.1

KNG95257.1 KOX35809.1 KPW26103.1 OEH12679.1 M l i 8859. ] KOX51055.1 KPW26988.1 OEH17081 .1

KNH37980.1 KOY03131.1 KPW67069.1 OEI60939.1

K\] 143304. 1 KOY03136, 1 KPW74859.1 OEN32142.1

KNN88316.1 KOY58167.1 KPY59757.1 OEN32392.1

K W77292.1 KPA89964.1 KPY87595.1 OIR52348.1

KNY72567.1 KPA90118.1 KQ J 17275.1 OJF09290.1

KNZ31302.1 KPB70152.1 KQJ36447.1 SAD98048.1 N/82970. 1 KPC25344.1 KQJ45372.1 SAZ48890.1 N/97006. 1 PC62377.1 KS! 107068. 1 SBX26203.1

KO A33208.1 PC63412.1 KST34997.1

KOF21370, 1 KPC68317.1 KSY01459.1 [00107] Representative examples of arginine decarboxylase (EC 4.1.1.19) are given below in Table 7 and identified by their EMBL/GENBANK/DDBJ ID numbers. Any of the bacteria given in Table 10 can be engineered with any version of the arginine decarboxylase (EC 4.1.1.19) set forth in Table 3 and Table 7. For instance, the bacteria can be engineered with a version of the arginine decarboxylase enzyme that has at least 50% nucleotide similarity with any of the versions of arginine decarboxylase given in Table 7 (e.g., at least nucleotide 60% similarity, at least 70% nucleotide similarity, at least 80% nucleotide similarity, at least 90% nucleotide similarity, at least 91% nucleotide similarity, at least 92% nucleotide similarity, at least 93% nucleotide similarity, at least 94% nucleotide similarity, at least 95% nucleotide similarity, at least 96% nucleotide similarity, at least 97% nucleotide similarity, at least 98% nucleotide similarity, at least 99% nucleotide similarity, at least 99.5% nucleotide similarity, at least 99,9% nucleotide similarity, or 100% nucleotide similarity).

Table 7. Representative Examples of Arginine Decarboxylase by EMBL/GENBANK/DDBJ ID Number

AAA 2348 1 ! AAK65019.2 j AAP 10882.1 AAV82053.1

AAA24646.1 AAL21961.1 j AAP 18235.1 AAV93917.1

AAA62686.1 AAL23120.1 j AAP27896.1 AAW73474. 1

AAA69105.1 AAM38760.1 j AAP77830.1 AAW87910. 1

AAA97017.1 AAM43099.1 j AAP99095. 1 AAW90125. 1

AAC24937.1 AAM86863.1 I AAQ60544. 1 AAX66932.1

AAC75975.1 AAN444I2.1 j AAQ61700. 1 AAY3941 1.1

AAC77078.2 AAN54922.1 j AAR35910.1 AAY50992.1

AAD06541.1 AAN66194.1 j AAS63667.1 AAY96086.1

AAD07486.1 AAN81972.1 j AAS81619.1 AAZ3381 1.1

AAF09826.1 AAN83546.1 j AAS94900.1 AAZ58866.1

AAF40905.1 AAO10730.2 j AAT33294.1 A A/89679. 1

AAF82957.1 AAO28012. 1 j AAT56175.1 ABA21777.1

AAF96713.1 AA058271. 1 j AAU16546.1 ABA23030.1

AAG08224.1 AAO70551.1 j AAU261 14.1 ABA48961.1

AAG58069.1 AA071667.1 j AAU91686.1 ABA57077.1

AAK03466.1 AAO78500.1 j AAV78788. 1 ABA72371.1

AAK65018.1 AAP07133.1 j AAV8161 1 . 1 ABA89337.1 ABB 10893.1 ABI46161.1 ABQ05833.1 ACA99796.1

ABB26344.1 ABI55429.1 ABQ 19043.1 ACB 15562.1

ABB27130.1 ABI60410.1 ABQ25189.1 ACB 16864.1

ABB31 146.1 ABI68665.1 ABQ76774.1 ACB59509.1

ABB35370.1 ABI71549.1 ABQ91208.1 ACB76743.1

ABB36243.1 ABJ02367.1 ABR39026.1 ACB91563.1

ABB37372.1 AB J 14223.1 ABR71752, 1 ACC79266.1

ABB44410.1 ABJ88595.1 ABR78771.1 ACC84558.1

ABB49107.1 ABK 15308.1 ABR85787.1 ACD05477.1

ABB 50154.1 ABK38605.1 ABR886 9.1 ACD08093.1

ABB56739.1 ABK43242.1 ABS07904.1 ACD08437.1

ABB57067.1 ABK47857.1 ABS26167.1 ACD22470.1

ABB63148.1 ABK75092.1 ABS44765.1 ACD56878.1

ABB67557.1 ABK82178.1 ABS51948.1 ACD84161.1

ABB 74343.1 ABK86821.1 ABU58554.1 ACD95391.1

ABC 18380.1 ABL00211.1 ABU74620.1 ACE82746.1

ABC20552.1 ABL82864.1 ABU75700.1 ACF30404.1

ABC33051.1 ABL89457.1 ABV15373.1 ACF53467.1

ABC81667.1 ABMOO 169.1 ABV17227.1 ACF61369.1

ABC98358.1 ABM02703.1 AB VI 7863.1 ACF63192.1

ABD03703.1 ABM 13722.1 ABV37216.1 ACF69056.1

ABD80860.1 ABM 17621.1 ABV43068.1 ACF90655.1

ABE08775.1 ABM25203.1 ABV49674.1 ACG73211.1

ABE10119.1 ABM29533.1 ABV67224.1 ACH39919.1

ABE55560.1 ABM63175.1 ABV87800.1 ΛΠ 1 1462. 1

ABE57906.1 ABM69334.1 ABW26679.1 ACH52106.1

ABF05062.1 ABM71261.1 ABX07146.1 AC! [64501 . 1

ABF09627.1 ABM74623.1 ABX07983.1 AC! 176229. 1

ABF 6066.1 ABM79561.1 ABX24332.1 ACH83424.1

ABF85039.1 ABN07206.1 ABX48976.1 ACI09897.1

ABF88624.1 ABN61275.1 ΛΒΧ6 18 1 . 1 ACI17330.1

ABG12304.1 ABN69317.1 ABX73818.1 ACI27705.1

ABG12881.1 ABO 16671.1 ABY34333.1 ACI37609.1

ABG19102.1 AB023486.1 ABY96523.1 ACI78401.1

ABG19453.1 ABO48608.1 ABZ76368.1 ACI78402.1

ABG42373.1 ABO50340.1 ACA11160.1 ACI78403.1

ABG50504.1 ABO90758.1 ACA16086.1 ACI78404.1

ABG5061 1.1 ABP62006.1 ACA35608.1 ACI78405.1

ABG58847.1 ABP75372.1 ACA67146.1 ACJ08154.1

AB 138635.1 ABP78675.1 ACA75078.1 ACJ29742.1

ABI42627.1 ABP83495.1 ACA86341.1 ACJ78722.1 ACK4701 1.1 ACU90402.1 ADD 5097.1 ADU6191 .1

ACK63941.1 ACU93413.1 ADI63948.1 ADU65890.1

ACK65701.1 ACV26547.1 ADJ27548. ! ADU70509.1

ACK72412.1 ACV27755.1 ADJ649 I . ! ADU80224.1

ACK80041.1 ACV29034.1 ADK 13228. 1 ADU81854.1

ACK89576.1 ACX84176.1 ADK82353. 1 ADU83415.1

ACK93714.1 ACX89634.1 ADK95316. 1 ADU84974.1

ACL08484.1 ACX98134.1 ADL08911.1 ADU91399.1

ACL 10977.1 ACX99534.1 ADL25363.1 ADV04673.1

ACL24678.1 AC Y 12668.1 ADL33935.1 ADV26011.1

ACL46250.1 ACY40093.1 ADM42795.1 ADV42555.1

ACL48808.1 ACY48301.1 ADN00 48.1 ADV46298.1

ACL65409.1 ACY53514.1 ADN01531.1 AD V49133.1

ACL74193.1 ACY85796.1 ADN09145.1 ADV54125.1

ACL75477.1 ACY90136.1 ADN13212.1 ADV64798.1

ACM20036.1 ACZ 12309.1 ADN74820.1 ADV66885.1

ACM64074.1 ACZ78457.1 ADN80145.1 ADW 14248.1

ACM92229.1 ADA75259.1 ADO02588.1 ADW 16260.1

ACM 3264. 1 ADB 16530.1 ADO07215. 1 ADW22931 . 1

ACN47236.1 ADB41493.1 ADO 10713. 1 ADW75122. 1

AGO 16949.1 ADB95292.1 ADO30989. 1 ADXl 8873.1

ACO 18249.1 ADC70718.1 ADO47091.1 ADX68773.1

ACO45270.1 ADDS 8093.1 ADO50285.1 ADY13324.1

ACO74026.1 ADD69353.1 AD071288.1 ADY25759.1

AC074435.1 ADD78376.1 A DP I 1444. 1 ADY29884.1

AC076955.1 ADE 16426.1 ADP85550.1 ADY33564.1

ACP07734.1 ADE54552.1 ADP96036.1 AD Y37564.1

ACQ68147.1 ADE68385.1 ADQ16388.1 AD Y51339.1

ACQ92008.1 ADE82828.1 ADQ41297.1 ADY54539.1

ACQ95950.1 ADF38194.1 ADQ80979.1 AD Y57443.1

ACR12004.2 ADF54509. 1 ADR 18999.1 ADY59760.1

ACR67553.1 ADF63801.1 ADR23218.1 ADZ04173.1

ACR7051 U ADG05247.1 ADR28298.1 ADZ79550.1

ACS84361.1 ADG69601.1 ADR33896.1 ADZ81772.1

ACT05390.1 ADG90777.1 ADT68877.1 ADZ83276.1

ACT 14721.1 ADG93622.1 ADT69825.1 ADZ90751.1

ACT ! 7369. 1 ADH59926.1 ADT76573.1 AEA21246.1

ACT94637.1 AO! 164946. ! ADT88845.1 AEA43924.1

ACU04524.1 ADH85917.1 ADU23228.1 AEA66789.1

ACU08698.1 ADD 3223.1 ADU27690.1 AEA80789.1

ACU63629.1 ADD 1741.1 ADU41306.1 AEA82850.1 AEB00023.2 AEK23616.1 AEX02268.1 AFL79082.1

AEB 11372.1 AEK58300.1 AEX23688.1 AFL80326.1

AEB28348.1 AEK61259.1 AEX24950.1 AFL84801.1

AEB56841.1 AEL05345.1 AEX53406.1 AFL98027.1

AEB69458.1 AEL27626. 1 AEYO 1954, 1 AFM03193.1

AEB99114.1 AEM47745.1 AEY67109, 1 AFM14860.1

AEC00221.1 AEM531 14.1 AFA47332.1 AFM34600.1

AEC17309.1 AEM69221.1 AFA73970.1 AFM61484.1

AEE18245.1 AEN15598.1 AFC23734.1 AFN34158.1

AEE24780.1 AEN17163.1 AFC87564.1 AF049567.1

AEE58171.1 AEN 18717.1 AFD07122.1 AFP36739.1

AEE70651 .1 AE 66325.1 AFD26775.1 AFR05095.1

AEE81155.1 AEN73395.1 AFD56867.1 AFR34769.1

AEE81 156.1 AEO44056.1 AFE10378.1 AFS72870.1

AEE97250.1 AEP12819.1 AFE59771.1 AFS76505.1

AEF05606.1 AEP31437.1 AFF 19873.1 AFS77190.1

AEF16136.1 AEP37160.1 ^'G36749.1 AFS 77221.1

AEF 16227.1 AEP84802.1 AFG41864.1 AFS78772.1

AEF17164. 1 AEP86444.1 AFFB8314.1 AFT72428.1

AEF23959. 1 AEQ141 10.1 AFH68776.1 AFT76388.1

AEF90677. 1 AEQ98316.1 AFH99689.1 AFT80129.1

AEF92944.1 AER31405.1 AFI02753.1 AFT97219.1

AEF93776.1 AER40829.1 AFI04761.1 AFU69082.1

AEF98646.1 AER54676.1 AFI06437.1 AFU98562.1

AEG11827.1 AET65493.1 AFI07649.1 AF\O6QG9.1

AEG13685.1 AEU09127.1 AFI84424.1 AFV13045.1

AEG34055.1 AE VI 54 1 , 1 AFI921 12.1 AFV75467.1

AEG95551.1 AEV30675.1 AFJ01340.1 AFW94965.1

AEH00504.1 AEV33398.1 AFJ07943.1 AFX90032.1

AEH34628.1 AEV37643.1 AFJ30621.1 AFX91360.1

AEH46105.1 AEV60701.1 AI^;J45704. ! AFY00064.1

148741 1 AEV60704.1 AFJ58120.1 AFY17769.1

AEI50098.1 AEV60707.1 AFJ81937.1 AFY19232.1

AEI66195.1 AEV67344.1 AFJ90992.1 AFY20072.1

AEI78192.1 AEV70467.1 AFK03753.1 AFY29829.1

AEI99981.1 AEV98535.1 AFK51272.1 AFY31564.1

AEJ04159.1 AEW03722.1 AFK70099.1 AFY33433.1

AEJ1 1150.1 AEW50294.1 AFL54808.1 AFY36612.1

AEJ 19738.1 AEW63140.1 AFL66748.1 AFY38143.1

AEJ58269.1 AEW75168.1 AFL68607.1 AFY42927.1

AEJ60865.1 AEW84926.1 AFL74612.1 AFY43519.1 AFY49150.1 AGA6491 1.1 AGN85662.1 ΛΙ Η-Ό2503 1

AFY53502.1 AGA71585.1 AG056879.1 AHF 12870.1

AFY58942.1 AGA78721.1 AGP45919.1 AHF 14205.1

AFY60143.1 AGA87856.1 AGP60451.1 AHF64905.1

AFY62113.1 AGA91287.1 AGP79570.1 AHF69813.1

AFY66936.1 AGB27428.1 AGP99328.1 AHF75852.1

AFY67481.1 AGB76810.1 AGQ7501 1. 1 AHF89946.1

AFY68642.1 AGB83896.1 AGQ75715.1 AHG19399.1

AFY69655.1 AGC44465.1 AGQ92959.1 AHG42876.1

AFY74051.1 AGC68230.1 AGR60292.1 AHG91 184.1

AFY79174.1 AGC68780.1 AGR77271.1 ΛΙ 1104766. 1

AFY80035.1 AGC77086.1 AGS39310.1 Al l.! 12914 1

AFY81634.1 AGD97973.1 AGT 10955.1 AI-D98606.1

AFY88446.1 AGE21541.1 AGT74287.1 AHK03030.1

AFY89952.1 AGE28840.1 AGU60604.1 AHK76683.1

AFY96160.1 AGE63314.1 AGW85841.1 AHK78070.1

AFZ00099.1 AGF46648.1 AGX41788.1 AHL31986.1

AFZ00 40.1 AGF47390.1 AGX44838.1 AHL74294.1

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EFM22067.1 EGA66011.1 EGI73765.1 EGQ 16803.1

EFN90887.1 EGA71636.1 EGI74585.1 EGQ61183.1

EFN94455.1 EGB 13397.1 EGI88322.1 EGU34333.1

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EF054374. 1 EGB66940.1 EGI89525.1 EGU4401 1 .1

EFO56780. 1 EGB73846.1 EGI92003.1 EGU51392.1

EF059695.1 EGB86369.1 EGI92757.1 EGU98977.1

EF079517.1 EGB86483.1 EGJ06067.1 EGV18080.1

EFP71829.1 EGCO 1298.1 EGJ06595.1 EGV30721.1

EFP73330.1 EGC21337.1 EGJ31789.1 EGV36706.1

EFQ63652.1 EGC85605.1 EGJ32358.1 EGV43418.1

EFQ65858.1 EGC96357.1 EGJ48895.1 EGW22905.1

EFR 17600.1 EGD 13828.1 EGJ70523.1 EGW38512.1

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EFS98153. 1 EGE46318. 1 EGK32128.1 EGY52145.1

EFU31591. 1 EGF27184.1 EGK32129.1 EGY52303.1

EFU33766.1 EGF51940.1 EGK34621.1 EGY80801.1

EFU36797.1 EGF55092.1 EGK58218.1 EGZ43857.1

EFU69462.1 EGG29616.1 EGK87545.1 EGZ47008.1

EFU72568.1 EGG38296.1 EGK89608.1 EHA13596.1

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EFW49235.1 EGH92632.1 EGN04092.1 EHC32562.1

EFW49274.1 EGH94776.1 EGN06621.1 EHC33284.1

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EFW57052.1 EGI09326.1 EGN75140.1 EHC52500.1

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EHM45586.1 EIA38800, 1 EIQ 17816.1 EJB39924.1

EHM49306.1 EIB51628.1 EIQ18546.1 EJB42939.1

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EHO68606.1 EID3291 I .1 EIQ555 9.1 EJB49839. 1

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EHQ24721.1 EIF52011.1 EIT71762.1 EJB57975.1

EHQ40902.1 EIG78691.1 EIW88565.1 EJB59811.1

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EHQ51868.1 EIH12869.1 EIY 17637.1 EJB63120.1

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EHU05505.1 ΕΠ46184.1 EIY58813.1 EJB74413. 1 EJB74966.1 EJC43069.1 EJM801 12.1 EKE95013.1

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EJB8 799.1 EJC51645.1 EJN28670.1 EKCB5718.1

EJB84950.1 EJC52741.1 EJN35237.1 EKI47752.1

EJB87126.1 EJC55221.1 EJN38607.1 EKI50663.1

EJB88385.1 EJC57220.1 EJP75284.1 EKJ91033.1

EJB90467.1 EJC60490.1 EIP79470.1 EKK03341.1

EJB90548.1 EJE70688.1 EJU30245.1 EKM19532.1

EJB92801.1 EJE72667.1 EJU35714.1 EKM27369.1

EJB94869.1 EJF07261.1 EJU5591 1.1 EKM33123.1

EJB95273.1 EJF 10819.1 EJW20856.1 EKM97272.1

EJB96496.1 EJF28963.1 EJZ56337.1 EKN06246.1

EJB99121.1 EJF35650.1 EJZ62656.1 EKN13589.1

EJC02347.1 EXF67926.1 EJZ62989.1 EKQ59703.1

EJC02425.1 EJF99356.1 EJZ63479.1 EKQ67050.1

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EJC 15845.1 EJL13646.1 EKB43813.1 EKU1 1723.1

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ELJ68848.1 EMH01598.1 EMR52882. 1 END87069.1

ELP32817.1 EMH05152.1 EMR55723. 1 END90132.1

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ELQ06726.1 EMH07880.1 EMR59894.1 ENG97959.1

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ELR67226.1 EMH20676.1 EMS70703.1 E H05522.1

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KEJ56396.1 KFB86395.1 KFF49430.1 KGD75028.1

KEJ59126. 1 KFC05463. 1 KFF67537.1 KGE 12918.1

KEJ70817. 1 KFC07098. 1 KFF75398.1 KGE50810.1

KEJ73415. 1 KFC 18775. 1 KFF88090.1 KGE68364.1

KEK28674.1 KFC20875.1 KFG77442.1 KGE71433.1

KEL65109.1 KFC39603.1 KFH26796.1 KGE78509.1

KEL72014.1 KFC59091.1 KFI20485.1 KGF 16727.1

KEN50130.1 KFC78158.1 KFJ74929.1 KGF26636.1

KEN53759.1 KFC79267.1 KFJ92088.1 KGF34522.1

KEN65627.1 KFC83040.1 KFK53898.1 KGF43280.1

KEN81913.1 KFC87306.1 KFK84555.1 KGF45725.1

KEN95683.1 KFC87307.1 KFK92733.1 KGF49777.1

KEN98031.1 KFC88523.1 KFL36101.1 KGF52178.1

KEO05580.1 KFC89970.1 KFL54829. 1 KGF56050.1

KEO08161.1 KFC90672. 1 KFL92212, 1 KGF63655.1

KE024816.1 KFC95288. 1 KFN02659.1 KGF63738.1

KEO30080.1 KFC98497. 1 KFN09730.1 KGF88277.1

KE072498.1 KFD07809.1 KFN20471.1 KGF91126.1

KEQ 1 1859.1 KFD17131.1 KFN41529.1 KGF94746.1

KEQ16618.1 KFD39669.1 KFN43972.1 KGF98813.1

KEQ28307.1 KFD75087.1 KF 46384.1 KGG02043.1

KER03202.1 KFD78853.1 KFN49579.1 KGG06694.1

KER51206.1 KFD81164.1 KFX05 54.1 KGG08515.1

KER72322.1 KFE26842.1 KFXl 0605.1 KGG13342.1 KGG16902, 1 KGM67544.1 KHE71266.1 KHN93577, 1

KGG20690.1 KGM71413.1 KHF26633.1 KH063712.1

KGG25301.1 KGM76900.1 KHF28513.1 KH063713.1

KGI22183.1 KGM78995.1 KHF28514.1 KH064416.1

KGI51761.1 KGM83357.1 KHF29887.1 KHS42892.1

KGI53124.1 KGM85011.1 KHF33712.1 KHS44852.1

KGI59215.1 KGN81341.1 KHF33713.1 KHS51059.1

KGI60343.1 KGO 11905.1 KHF36661.1 KHS53269.1

KGI79227.1 KG035136.1 KHG33418.1 KHS73061.1

KGI87491.1 KG083427.1 KHG41692.1 KHT30841.1

KGI91964.1 KG086156.1 KHG64539.1 KHT42018.1

KGJ93972.1 GO90041 .1 KHI35431.1 KHT50744.1

KG.) 99825, 1 G094762.1 KHI37340, 1 KHT65210.1

KGK02508.1 KGO96620.1 KHJ15087.1 KIA76173.1

KGK02667.1 KG098326.1 KHJ20005.1 KIA79535.1

KGK11102.1 KGP46487.1 KHJ37179.1 KIA84354.1

KGK23554.1 KGP63789.1 KHJ49938.1 KIA86664.1

KGK41898.1 KGQ20140.1 KHJ65217.1 KIA88155.1

KGK59739.1 KGQ21232,2 KHK62458. 1 KIA96246, 1

KGK66000.1 KGQ31157.1 KHL08583.1 KIA97247.1

KGK82506.1 KGQ42404.1 KHL 1 1564, 1 KIC20030.1

KGL06861.1 KGQ44023.1 KHL 18640.1 KIC34193.1

KGL1 1309.1 KGQ45908.1 KHL59754.1 KIC41765.1

KGL 13567.1 KGQ50253.1 Ki If .70867. 1 KIC41860.1

KGL 15463.1 KGQ57330.1 Ki If .78786. 1 KIC47910.1

KGL 17335.1 GQ59395.1 i H.79579. 1 KIC63479.1

KGL29400.1 KGQ63142.1 K i ll .80012. 1 KIC80370.1

KGL30461.1 KGR36637.1 KHL81 128.1 KIC91903 , 1

KGL33804.1 KGR59419.1 KHL83404.1 KIC93749.1

KGL37280.1 KGT92074.1 KHL85844.1 KIC99323.2

KGL61019.1 KGT93839.1 KI 11.86355. 1 KIDO 1690.1

KGL63589.1 KGT99163.1 KHL87974.1 1006608 2

KGM06101 .1 KGU86824.1 KHL89471.1 11)0991 5 !

KGM21402.1 KGY09804.1 KHL90211.1 KID53399.1

KGM27648.1 KG Y 14273 , 1 KHM48729.1 KID55412.1

KGM27861.1 KHA74142.1 KHM49647.1 KIE10977.1

KGM51253.1 KHD07149.1 KHM50824.1 KIE41615.1

KGM53981.1 KHD11120.1 KHM92424.1 KIE47462.1

KGM56140.1 HD26207.1 KHN50316.1 K.IE57848. 1

KGM58508.1 HD65185.1 KHN57161.1 KIF05806.1

KGM62446.1 KHE42876.1 KFI 63730.1 11 1 862. 1 KIF29318.1 KIP86694.1 KJC 1 1070.1 KJL32721.1

KIF31064.1 KIP92292.1 KJD22009.1 KJL47944.1

KIF41875.1 KIP99462.1 KJD31599.1 KJM40294.1 11-4 60. 1 KIQ14588.1 KJD36996.1 KJM94811.1

KIF47532.1 KIQ28277.1 KJE41320.1 KJN20030.1

KIF56410.1 KIQ33154.1 KJE51611.1 KJR24918.1

KIF65759.1 KIQ47084.1 KJF82239.1 KJS62014.1

KIG15607.1 KIQ47216.1 KJF92896.1 KJU76259.1

KIHO 1698.1 KIQ55660.1 KJF94545.1 KJV08099.1

KIH04248.1 KIQ56619.1 KJF95976.1 KJV28421.1

KIH77871.1 KIQ60207.1 KJF96788.1 KJV33512.1

KIH85503.1 KIQ79728.1 KJF97649.1 KJV50178.1

KII76310.1 KIQ93208.1 KJF99814.1 KJW32727.1

KIJ73823.1 KIQ93267.1 KJG 1 3 i 2. 1 KJW37560.1 1.180520. 1 KIQ96608.1 KJG17565.1 KJW52381.1

KIK87497.1 KIR02360.1 KJG26623.1 KJW52975.1 11.06108. 1 KIR20554.1 KJG26708.1 KJX12328.1 l 1. 10730. ! KIR21483.1 KJG34980.1 KJX37016.1

KIL 19543.1 KIR22223.1 KJG38239.1 KJY36082.1

KIL44729.1 KIS42545.1 KJG40540.1 KJY40855.1

KIL47560.1 KIS78068.1 KJG52887.1 KJY40903.1

KIL50316.1 KIT53654.1 KJG53015.1 KJY81951.1

KIM02995.1 KIU32905.1 KJG53489.1 KJY87010.1

KIM08543.1 KIU53521.1 KJG56948.1 KJY91596.1

KIM08702.1 KIV63259.1 KJH06976.1 KJY96966.1

KIM10584.1 KIV65004.1 Ki 1 108954. 1 KJZ05971.1

K IM 1 3067. 1 KIV66814.1 KJH71848.1 KJZ06664.1

KIN 12773.1 KIV70624.1 KJH75936.1 KJZ 14999, 1

KI035234.1 KIV70876.1 KJH77340.1 KJZ 15059.1

KI044426.1 KIX22820.1 KJH83755.1 KJZ 18625.1

KIO52490.1 KIX48438.1 KJH88029.1 KJZ33665.1

KIO64044.1 ΚΪΥΊ4042.1 KJJ39829.1 KJZ36032.1

KI064828.1 KIY14047.1 KJJ74678.1 KJZ46139.1

KIO64880.1 KIY40969.1 KJJ86656.1 KJZ47590.1

KIO74024.1 KIZ 15345, 1 KJJ97023.1 KJZ49128.1

KI075181.1 KIZ36062.1 KJK09157.1 KJZ60809.1

KIP20469.1 KIZ50625.1 KJKl 7930.1 KJZ64968.1

KIP22393.1 KJC02191.1 KJK39268.1 KJZ83739.1

KIP30082.1 KJC03662.1 KJL17379.1 KJZ85288.1

KIP63626.1 KJC05650.1 Ki 1. 19924. 1 KKA06404.1

KIP77624.1 KJC06414.1 KJL32283.1 KKA09841.1 KKA50887.1 KKS72573.1 KLC03447.1 KLI99305. 1

KKA53937.1 KKS83788.1 KLC04907.1 KLJ14455.1

KKB03410.1 ΚΚΊΌ0885.1 KLC 18880.1 KLN47468.1

KKC56343.1 KKT03015.1 KLC 19575.1 KLN96569.1

KKC64605.1 KKT 10692.1 KLC24598.1 KLQ26951 .1

KKC65426.1 KKT 19966.1 KLC34817.1 KLQ27291 .1

KKC79309.1 KKT24904.1 KLC35928.1 KLS52971.1

KKD31624.1 KKU39856.1 KLC38727.1 KLT65350.1

KKD58709.1 KKU48195.1 KLC42228.1 KLT70448.1

KKD62G46. 1 KKU49767.1 KLC42317.1 KLT72986.1

KKE81684.1 KKU75779.1 KLC49000.1 KLU04484.1

KKF37789.1 KU87068.1 KLC54631.1 KLU62082.1

KKI42107.1 KW45691.1 KLC62972.1 KLU63827.1

KKI44372.1 KKW50514.1 KLC63061.1 KLU67158.1

KKI47461.1 KKX49557.1 KLC63907.1 KLU99121.1

KKI52239.1 KKX58062.1 KLC72357.1 KLV00218.1

KKJ26482.1 ΚΚΧ63732.1 KLC80920.1 KLV01109.1

KKJ98306.1 KKX66458.1 KLC81056.1 KLV04650.1

KKK99989.1 K Y43327.1 KLC86009.1 KLV04732.1

KKO 13447.1 ΚΚΥ43878, 1 KLC90423.1 KLV10775.1

KK045109.1 ΚΚΥ65107.1 KLC94053.1 KLV43183.1

KKO48310.1 KKY79845.1 KLC98220.1 KLV47021.1

KK064897.1 ΚΚΖ 13187.1 KLD01509.1 KLV65167.1

KKO88680.1 ΚΚΖ 18899.1 KLD01730.1 KLV65610.1

KKP3Q 1 72.1 KKZ98376.1 KLD13508.1 KLV87502.1

KKP36843.1 KKZ99926.1 KLD20683.1 KLW86530.1

KKP40578.1 KLA23800, 1 KLD2131 1.1 KLX50943.1

KKP72963.1 KLA25117, 1 KLD25825.1 KLX57834.1

KKP75581.1 KLA31027, 1 KLD31524.1 KLX90366.1

KKP88656.1 KLA31452, 1 KLD34072.1 KLX95655.1

KKP98423.1 KLA96304.1 KLD38665.1 KLY 12052.1

KKQ21504.1 KLA99369.1 KLD63515.1 KLY34066.1

KKQ47851.1 KLB01232.1 KLD63554.1 ΚΜΕ68569, 1

KKQ55697.1 KLB 1 1267.1 KLD66193 , 1 KMI32840.1

KKR39473.1 KLB 14716, 1 KLD71246, 1 KMJ44158.1

KKR41999.1 KLB22478.1 KLD80177.1 KMJ45198.1

KKR62922.1 KLB23603.1 KLE01246.1 KMJ53196.1

KKR69783.1 KLB27709.1 KLE03460.1 KMK12312.1

KKS05164.1 KL.B31750.1 KLE09177.1 KMK12388.1

KKS 12144, 1 LB41291 .1 KLE26682.1 KMK65741.1

KKS23019.1 KLC01821.1 KLI68356.1 KML20789.1 KML20912.1 MV32029.1 KNF70644.1 KOO07593.1

KML48083.1 KMV34547.1 K F794 5.1 K0013952.1

KML65003.1 KMV67940.1 KNF81883.1 K0059694.1

KMM17341.1 KMV68973.1 K H02424.1 K0065836.1

KMM40283.1 KMV72040.1 KNH10085.1 KOO83034.1

KMM44209.1 KMW72260.1 KNH14365.1 KOP01917.1

KMM74668.1 KMW73819.1 K -I26156.1 KOP04218.1

KMM79436.1 KMW79566.1 K H46145.1 KOP26957.1

KMM83437.1 KMY85028.1 KNN84556.1 KOP33536.1

KMM87484.1 KMZ 12404.1 KNN85899.1 KOP34817.1

KMM91807.1 KMZ45161.1 KNW70656.1 KOP36989.1

KMM98149,1 MZ45733.1 KNW74427.1 KOP96620.1

KMN11315.1 MZ47283.1 KNX43865.1 KOQ72056.1

KMN13443,1 MZ48992.1 KNX46584.1 KOQ79259.1

KMN18851.1 KMZ49221.1 KNX47560.1 KOR18913.1

KMN35621.1 KNA43180.1 K X49078.1 KOR38747.1

KMN52211.1 KNA60505.1 K X80210.1 KOR43231.1

KMN58862.1 KNB61204.1 KNX94009.1 KOR44320.1

KMN64506.1 KNC06722.1 KNY27166.1 KOR71845,1

KMN81232.1 KNC 12046.1 KNY27231.1 KOS05070.1

KMN92035.1 KNC 16749.1 KNY29154.1 KOS31558.1

KM078898.1 KNC68501.1 KNY73335.1 KOS31918.1

KMO80014.1 KNC94639.1 KNY78421.1 KOS33911.1

KMP 3875.1 KND51979.1 KNZ84104.1 KOU24174.1

KMP92251.1 KND54388.1 KNZ85960.1 KOU67934.1

KMQ23559.1 ND59806.1 KNZ96652.1 KOV81195.1

KMQ62276.1 NE03726.1 KNZ97917.1 KOV90464.1

KMQ65521.1 K E05809.1 KOA18143.1 KOV92694.1

KMQ67933.1 K E07439.1 KOA19093.1 KOX28823.1

KMQ72280.1 K E07808.1 KOA27317.1 KOX89259.1

KMQ73391.1 KNE08827.1 KOA35716.1 KOY02434.1

KMQ80007.1 KNE 10687.1 KOA70224.1 KOY04397.1

KMS77340.1 KNE13318.1 KOB20841.1 KOY33063.1

KMS90246.1 KNE 14112.1 KOC89710.1 KOY42334.1

KMT22151.1 M; 16939.1 KOC93511.1 KOY42343.1

KMT22950.1 KNE17736.1 KOE81619.1 KOY45863.1

KMT55834.1 KNE24464.1 KOE86500.1 KOY50204.1

KMT66157.1 KNE76189.1 KOE98088.1 KOY52585.1

KMT67645.1 NF09795.1 KOF02803.1 KOY61140.1

KMT68464.1 NF09831.1 KOG62614.1 KOY61821.1

KMU66082.1 KNF69262.1 KOFI46400.1 KOY85392.1 KPA10472, 1 KPM81369.1 KPW23692.1 KPY64080.1

KPA52388.1 KPM81389.1 KPW27562.1 KPY70158.1

KPA53393.1 KPM84874.1 KPW34805.1 KPY74009.1

KPA53642.1 KPM96730.1 PW42050.1 KPY80616.1

KPA88888.1 KPN17561.1 KPW48373.1 KPY90395.1

KPA90439.1 KPN64870.1 KPW51442.1 KPY92798.1

KPA92636.1 KPN71852.1 KPW62237.1 KPY99398.1

KPB67773.1 KPN73933.1 KPW62967.1 KPZ05993.1

KPB69211.1 KPN76064.1 KPW66391.1 KPZ14794.1

KPB79158.1 KPN88872.1 KPW77493.1 KPZ 14841.1

KPB81326.1 KPN90573.1 KPW79725.1 KPZ23429.1

KPC07003.1 PN90601 .1 KPW85370.1 KPZ24832.1

KPC 14008.1 P018579.1 KPW97437.1 KPZ304 4.1

KPC35485.1 KP032516.1 KPX00575.1 KPZ42886.1

KPC49975.1 KP036865.1 KPX06301.1 KPZ47275.1

KPC57075.1 KP046576.1 KPX09224.1 KPZ49946.1

KPC99496.1 KP056914.1 PX14980.1 KPZ52051.1

KPD01309.1 KPP89788.1 PX22033.1 KPZ54935.1

KPD0321 1.1 KPP99272.1 KPX30196.1 KPZ63333.1

KPD11155.1 KPQ04554.1 KPX31760.1 KPZ63441.1

KPD20872.1 KPQ 14293 , 1 KPX38634.1 KPZ64594.1

KPD32893.1 KPQ25476.1 KPX43708.1 KPZ67736.1

KPE49813.1 KPQ26228.1 KPX44429.1 KPZ72598.1

KPG83065.1 KPQ27964.1 KPX56237.1 KPZ74870.1

KPG95064.1 KPQ28712.1 KPX65518.1 KQA98214.1

KPG99865.1 PQ35007.1 KPX66339.1 KQB40657.1

KPHO 1642, 1 KPQ40221.1 KPX73444.1 KQB42336.1

KPH13642, 1 KPQ42687.1 KPX75665.1 KQB 52498.1

KPH55638.1 KPR47334.1 KPX84858.1 KQB 89823.1

KPH58606.1 KPR54754.1 KPX85936.1 KQB94067.1

KPH60167.1 KPR57621.1 KPX98179.1 KQJ13933.1

KPI00128.1 KPU43059.1 KPY01 178.1 KQJ 19480.1

KPI21829.1 KPU45374.1 KPY03822.1 KQJ38967.1

KPI28804.1 KPU53302.1 KPY16964.1 KQJ46044.1

KPL49155. 1 KPU59624.1 KPY2091 1.1 KRG50855.1

KPL85176.1 KPV48774.1 KPY29392.1 KRV51537.1

KPL99048.1 KPW00046.1 KPY38577.1 KRV54923.1

KPM32213.1 KPW04292.1 KPY41782.1 KSG98439.1

KPM49141.1 PW13659.1 KPY47144.1 K.ST27457, 1

KPM63679.1 PW 16726.1 KPY54488.1 K.ST30748, 1

KPM65064.1 KPWT7184, 1 KPY56327.1 KSX90037.1 KSX90873.1 KXG97350. 1 OAC39173.1 OCX56897.1

KSZ13905. 1 K XI 100368. 1 OAC431 14.1 ODH24470.1

KTH73164.1 KXH98343.1 OAE941 14.1 ODJ92889.1

KTI23271.1 KXI03206.1 OAS 132 1 2 1 . 1 ODN20234.1

KTM92464.1 KXL66971 .1 OAI64384.1 ODR86790.1

KTP62443. 1 KXQ41321.1 OAJ86653.1 OEB 17588.1

KUG62774.1 KXQ42780.1 OAJ87922. 1 OEC25471.1

KUH45679.1 KXY17951.1 OAN24058. 1 OEH12480.1

KUQ52564.1 KXY86957.1 OA068286. 1 OEH95894.1

KUR40671.1 YR44969.1 OA072924.1 OEI6251 1.1

KUU48152.1 KYR45993.1 OBS 13167.1 OEI65537.1

KWS 16060.1 YS91454.1 OCL 17286.1 OEN36599.1

KWS38521.1 YS97775.1 OCQ74268.1 OFJ25861 . 1

KWS79043.1 KYV67950. 1 OCS74958. 1 ΟΓΝ26436. Ι

KWV37200.1 KYV73707. 1 OCS76529.1 OIN31202.1

KWV39942.1 KZD84079.1 OCS95943.1 SAD71382.1

KWX82425.1 KZD88271.1 OCS96129.1 SAE32738.1

KWZ89005.1 KZE54774.1 OCV53558.1 SAY76613.1

KXA39294.1 KZJ50109.1 OCV69154.1 SBX90614.1

KXG92416.1 KZJ59532.1 OCW73841.1 SBZ90867.1

[00108] Representative examples of agmatinase (EC 3.5.3. 1 1) are given below in Table 8 and identified by their EMBL/GE BANK/DDBJ ID numbers. Any of the bacteria given in Table 10 can be engineered with any version of the agmatinase (EC 3.5.3.1 1) set forth in Table 3 and Table 8. For instance, the bacteria can be engineered with a version of the agmatinase enzyme that has at least 50% nucleotide similarity with any of the versions of agmatinase given in Table 8 (e.g., at least nucleotide 60% similarity, at least 70% nucleotide similarity, at least 80% nucleotide similarity, at least 90% nucleotide similarity, at least 91% nucleotide similarity, at least 92% nucleotide similarity, at least 93% nucleotide similarity, at least 94% nucleotide similarity, at least 95% nucleotide similarity, at least 96%> nucleotide similarity, at least 97% nucleotide similarity, at least 98% nucleotide similarity, at l east 99% nucleotide similarity, at least 99.5% nucleotide similarity, at least 99.9%> nucleotide similarity, or 100% nucleotide similarity).

Table 8. Representative Examples of Agmatinase by EMBL/GENBANK/DDBJ ID Number AAA24647.1 1 AAV93914.1 ABC36254.1 ABG87141.1

AAA69104.1 1 AAV95718.1 ABC90370.1 ABI47535.1

AAA83909.1 1 AAV95721.1 ABC90927.1 ABI59683.1

AAB98295.1 1 AAV97369.1 ABC99063.1 ABI60409.1

AAC75974.1 1 AA 87909.1 ABD0270 .1 ABI67996.1

AAF40906.1 1 AAW90124.1 ABD 10232.1 ABI89619.1

AAG58067.1 1 AAX66926.1 ABD53194.1 ABI90194.1

AAK40769.1 1 AAY90871.2 ARD54884.1 ABJ02365.1

AAK42842.1 1 AAZ22133.1 ABD55257.1 ABK02249.1

AAL21953.1 1 AAZ24263.1 ARD68100.1 ABK 16419.1

AAL51292.1 1 AAZ54096.1 ABD68348.1 ABK71425.1

AAL52351.1 1 AAZ58777.1 ABE08773.1 ABK71845.1

AAM30619.1 1 AAZ65050.1 ABE29546.1 ABK73126.1

AAN44408.1 1 AAZ69672.1 ABE35008.1 ABK750 6.1

AAN67809.1 1 AAZ89678.1 ABE43955.1 ABK78003.1

AAN81970.1 1 ABA 19753.1 ABE52778.1 ABK88044.1

AAO70550.1 1 ABA52140.1 ABE55558.1 ABL69259.1

AAO90262.1 1 ABA53789.1 ABE60184.1 ABL73176.1

AAP 12232, 1 1 ABA73200.1 ABE75327.1 ABL77915.1

AAP 18231.1 1 ABA74317.1 ABF05058.1 ABL82726.1

AAP29255.1 1 ABA79070.1 ABF41119.1 ABL82883.1

AAQ00893.1 1 ABAS 1349.1 ABF53436.1 ABL88073.1

AAQ58167.1 1 ABB07975.1 ABF63671.1 ABL91072.1

AAQ87313.1 1 ABB 10482.1 ABF63672. ! ABL91501.1

AAQ87384.1 1 ABB 11261.1 ABF77979.1 ABL91972.1

AAT34764.1 1 ABB 12898.1 ABF78588.1 ABL92277.1

AAT57507.1 1 ABB27188.1 ABG05817.1 ABM02702.1

AAT63474.1 1 ABB37375.1 ABG32253.1 ABM 10897, 1

AAU15214.1 ABB50840.1 ABG32638.1 ABMl 1012, 1

AAU45759.1 1 ABB63153.1 ABG32639.1 ABM11652.1

AAV44785.1 1 ABB67558.1 ABG62558.1 ABM13827.1

AAV46799.1 1 ABC201 15.1 ABG70915.1 ABM29529.1

AAV78787.1 1 ABC35193.1 ABG82607.1 ABM37937.1 ABM56124.1 1 ABQ18665.1 ACE90614.1 ACR70510.1

ABM71 179.1 1 ABQ26532.1 ACE91158.1 ACS32933.1

ABM73084.1 1 ABQ3 960.1 ACE94809.1 ACS41939.1

ABM76715.1 1 ABQ33008.1 ACF30403.1 ACS89313.1

ABM79681.1 1 ABQ60179.1 ACF61915.1 ΑΠ 08695. 1

ABM79929.1 1 ABQ77546.1 ACF67727.1 ACV76715.1

ABM94848.1 1 ABQ79666.1 ACF91868.1 AC V81 107.1

ABM98665.2 1 ABQ87081.1 ACH50852.1 ACY53515.1

ABN06601.1 1 ABQ91371.1 ACH63482.1 ACY85795.1

ABN56898.1 1 ABR78770.1 AC! 177920. i AC Y90127, 1

ABN70230.1 1 ABR81216.1 ACI 10057.1 ACZ87232.1

ABN76664.1 1 ABR81751.1 ACI 11642.1 ADA75255.1

ABN78567.1 1 ABS77512.1 ACI 18698.1 ADB74457.1

ABN87189.1 1 ABU75701.1 ACI35219.1 ADC90860.1

ABN87725.1 1 ABV07331.1 ACI78406.1 ADD45355.1

ABN92921 .1 1 ABV15371.1 ACI78407.1 ADDS 8091.1

ABN92962.1 1 ABV21194.1 ACI78408.1 ADD78375.1

ABO09043.1 1 ABV43067.1 ACI78409.1 ADE04586.1

ABO 18500.1 1 ABV51572.1 AC 1784 10. 1 ADE37357.1

AB023488.1 1 ABV67817.1 ACJ29740.1 ADE39009.1

AB036121.1 1 ABV93477.1 ACK73593.1 ADE40257.1

ABO49035.1 1 ABX09748.1 ACM05018.1 ADE40278.1

AB056523.1 1 ABX69169.1 ACM06157.1 ADE67897.1

AB058149.1 1 ABX74248.1 ACN 13261.1 ADE69284.1

ABP42590.1 1 ABX8191 1.1 ACN47228.1 ADE72169.1

ABP43281.1 1 ABY21971.1 AC074132.1 ADE85469.1

ABP45780.1 1 AC A38569.1 ACP07733.1 ADE86001 .1

ABP51374, 1 1 ACA76446.1 ACP21851.1 ADF37727.1

ABP62005.1 1 ACB04033.1 ACP21922.1 ADF39062.1

ABP70012.1 1 ACB 18855.1 ACP26294.1 ADF41976.1

ABP86798.1 1 ACC84325.1 ACP35785.1 ADF63800.1

ABP94673.1 1 ACD06722.1 ACP36686.1 ADG91 41.1

ABP96350.1 1 ACD24294.1 ACR61943.1 ADG91991.1 A D! 1 4533. 1 ADY72884. 1 AEH00503.1 AEW06905.1

ADJ63231.1 ADZ04172.1 AEH06103.1 AEW63 139.1

ADK07910.1 ADZ08379.1 AEH08712.1 AEW75167.1

ADL0791 1.1 ADZ 10562.1 AEH1 1 147.1 AEX02267.1

ADL 18546.1 ADZ27749.1 Λί · I i22 25. 1 AEX23687.1

ADL44534.1 ADZ83109.1 AEH36766, 1 AFA38334.1

ADM42794.1 ADZ91927.1 AEH48221.1 AFA38752.1

ADN75943. 1 AEA33345.1 AEH49662.1 AFA47334.1

ADO 10712.1 AEA4561 1.1 AEH50623.1 AFC24160.1

ADO30990.1 AEA47221.1 ΑΕΠ4843. 1 AFD00687.1

ADO47092.1 AEA80791.1 AEI94329. 1 AFG41863.1

ADP1 1446.1 AEA80792.1 AEI94330. 1 AFI84427.1

ADP83855.1 AEB08603.1 AEJ58268.1 AFJ01337.1

ADQ6631 1.1 AEB 10992.1 AEK22524.1 AF^'J30619.1

ADR28296.1 AEB 12421 .1 AEK23614.1 AF^'J45705.1

ADT68876.1 AEC00219.1 AE 61616.1 AFJ59747. 1

ADT70429.1 AEE58170.1 AE 64195.1 AFJ63961 . 1

ADT76571.1 AEE96159.1 AEM40724. 1 AFK 19996.1

ADT96768.1 AEF 17260. 1 AEM58024. 1 AFL51309, 1

ADT97392.1 AEF54342.1 AEM69220. 1 AFL51840.1

ADT99263.1 AEF88522.1 AEN05459.1 AFM19977.1

ADU52417.1 AEF93913.1 AEN05763.1 AFM61483.1

ADU70503.1 AEF93919.1 Λί · Ν06930. 1 AF087859.1

AD V49134.1 AEF95254.1 AEN66324.1 AFO87860.1

ADV64546.1 AEF97223.1 AEP88702.1 AF091682.1

AD V66173.1 AEG03799.1 AEQ14108.1 AF091683.1

ADX 18864.1 AEG05228.1 AER31406.1 AFP37519.1

ADX72077.1 AEG14656.1 AEV37646, 1 AFP39918.1

ADY13321.1 AEG 17355.1 AEV38161.1 AFP40726.1

ADY27253.1 AEG33547.1 AEV61529.1 AFP40804.1

ADY29885.1 AEG44996.1 AEV87262.1 AFQ48622.1

AD Y33548.1 AEG44997.1 AEV97888.1 AFQ49589.1

ADY55312.1 AEG95549.1 AEW04403.1 AFQ50194.1 AFQ51687.1 AGG73823.1 AHD07591.1 AIF84264.1

AFRQ9275.1 AGG75093.1 AHD07965.1 AIF84945.1

AFS72872.1 AGH87553.1 AI !IX⁾796(). I AIG28743.1

AFS77227.1 AGI26201.1 AHD09199.1 AIG32998.1

AFV11211.1 AGI47257.1 AHD09200.1 AIG35154.1

AFY 19072.1 AGI68304.1 AHE60912.1 AIG39783.1

AFY19668.1 AGI68305.1 AHE69335.1 AIG97525.1

AFY21148.1 AGI72348.1 AHF69002.1 AII87322.1

AFY36898.1 AGI72349.1 AHF73775.1 AII87324.1

AFY39232.1 AGI84982.1 AHF75853.1 AIJ07652.1

AFY4Q247.1 AGJ55062.1 AHG19398.1 AIJ37317.1

AFY66803.1 AGJ58747.1 AHK01 119.1 AIK37348.1

AFY87223.1 AGJ59299.1 AHK03741.1 AIK38502.1

AFZ 10381.1 AGK77294.1 AHM05195.1 AIM26660.1

AFZ31237.1 AGN38302.1 AHM05332.1 AIM28333.1

AFZ34586.1 AG056878.1 AHM57412.1 AIO30916.1

AFZ37423.1 AGP45918.1 AHM77673.1 AI031498.1

AFZ44104.1 AGQ74348.1 AHM83265.1 AJ035681.1

AFZ47238.1 AGQ92958.1 AHN81844.1 AJ035975.1

AFZ54331.1 AGR60291.1 AHW76535.1 AI036489.1

AFZ55267.1 AGR77854.1 A! IY 10272. 1 AI044724.1

AGA67678.1 AGS21412.1 AHY^r72292.1 AIO46049.1

AGA7269 .1 AGS21940.1 AHZ23375.1 AI046224.1

AGB21222.1 AGS26045.1 AIA74065.1 AIO49720.1

AGB 76811.1 AGS39313.1 AIC26759.1 AIO70072.1

AGB 83895.1 AGT07309.1 AIC27350.1 AIO701 12.1

AGC68778.1 AGT11108.1 AID41526.1 AIO82805.1

AGC77085.1 AGX41862.1 AID92226.1 AI084618.1

AGD97972.1 AGY56862.1 AIE61595.1 AIP28881.1

AGE22498.1 AGZ34567.1 AIE72946.1 AIP29149.1

AGE23989.1 AHA67015.1 AIE75743.1 AIP96985.1

AGG04209.1 AHB69078.1 AIE81817.1 AIQ96062.1

AGG32138.1 AHC 15724.1 AIF82761.1 AIQ98336.1 AIR06031.1 1 AJG14739.1 AKA85572.1 AKH98312.1

AIRS 94 0.1 1 AJG17918.1 AKB 13293.1 AKH99850.1

AIS52428.1 1 AJG79170.1 AKB 16072.1 AKIO 1044.1

AIU71687.1 1 AJG94738.1 AKB 17277.1 AKJ41197.1

AIW 15709.1 1 AJH06394.1 AKB20676.1 AKJ64711.1

AIW78498.1 1 AJHl 7306.1 AKB23916.1 AKK49720.1

AIX49199,1 1 AJH80029.1 AKB30046.1 AK.L 10486.1

AIX64797.1 1 AJI07021.1 AKB33946.1 AKL34469.1

AIX72614.1 1 AJIll 177.1 AKB38310.1 AKL94121.1

AIY06411.1 1 Alii 8362.1 AKB39394.1 AKM00856.1

AIY17255.1 1 AJI19711.1 AKB45534.1 AKM03663.1

AIY19826.2 1 AJI21563.1 AKB49003.1 AKM20612.1

AIY19931.2 1 AJI23861.1 AKB49561.1 AKM36435.1

AIY44086.1 1 AJI24944.1 AKB56266.1 AKM38930.1

AIY47278.1 1 AJK42294.1 AKB59739.1 AKM44683.1

AIY65960.1 1 AJ 48584.1 AKB60366.1 A KM 92040 !

AIZ56989.1 1 AJ084924.1 AKB63578.1 AKO77002.1

AIZ83993.1 1 AJQ48197.1 AKB66937.1 AK096563.1

AJA15226,1 1 AJW70766.1 AKB 70291.1 AK098269.1

AJA27931.1 1 AJX73400.1 AKB 73823.1 AKP48868.1

AJA92009.1 1 AJX73637.1 AKB 76958.1 AKP80163.1

AJC63708.1 1 AJY10662.1 AKB83790.1 AKV73628.1

AJC78797.1 1 AJY38564.1 AKB 84178.1 AKV75131.1

AJC79353.1 1 AJY39189.1 AKD38344.1 AKV75868.1

,\j 1)40791.1 1 AJY39634.1 AKE61765,1 AKV77369.1

AJD44781.1 1 AJY49045.1 AKE63966,1 AKV78118.1

AJD44817.1 1 AJY49192,1 AKE65066.1 AKV79620.1

AJD52273.1 1 AJY49305.1 AKE94626.1 AKV80363.1

A.! 1)92404.1 1 AJZ58787.1 AKG68119.1 AKV81865.1

AJE47384.1 1 AJZ6I461.1 AKG91930.1 AKV82611.1

AJE57484.1 1 AJZ62973.1 AKH08717.1 AKV84100.1

AJF57741.1 1 AJZ91146.1 AKH23614.1 ALD23757.1

AJF74876.1 1 AKA25996.1 AKH64397.1 ALG82706.1 A i .1. 9774. 1 1 BAG30482.1 CAD 18729.1 CAM05191.1

ALV77276.1 1 BAG45193.1 CAD83324.1 C 409121.1

ALV81 183.1 1 BAG46924.1 CAD85058.1 CAM 10862. 1

ALY14440.1 1 BAG78729.1 CAE07927.1 CAN90200. 1

ALZ68232.1 1 BAH3 284.1 CAE08937.1 CAN99327.1

AMJ69304.1 1 BAH46484.1 CAE16053.1 CA097869.1

AMW42737.1 1 BAi 150 1 ! CAE20145.1 CAP 14282, 1

AMX08364.1 1 ΒΑΪ-Ι51568.1 CAE22388. 1 CAQ83181.1

AMX14485.1 BAI27220.1 CAE33200. 1 CAQ90364.1

ANC 16538.1 1 BAI32251.1 CAE38071. 1 CAQ99884.1

ANC22333.1 1 BAI37474.1 CAE78008.1 CAR04454.1

.^•WM8 716. 1 1 BAI75018.1 CAE78232.1 CAR09553.2

ANO90761.1 1 BAI75040.1 CAF31 141.1 CAR14451.1

ANP 19756.1 1 BAI75047.1 CAH37930.1 CAR 19473.1

AN/85603 , i 1 BAI80439.1 CAH39062.1 CAR34499.1

AOM43881.1 1 BAJ82447.1 CAI86151 .1 CAR38778.1

AOM71329.1 1 BAK12515.1 CAI89357.1 CAR44182.1

AOT31398.1 1 BAK34589.1 CAJ 10765.1 CAR5 520.1

APA40676.1 1 BAK98432.1 CAJl 1914.1 CAR54274.1

BAA16710.1 1 BAK98465.1 CAJ35086.1 CAR56347.1

BAA 17298.1 1 BAL95958.1 CAJ53446.1 CAR60989.1

BAA80638.2 1 BAN02875.1 CAJ67724.1 CAS 10737.1

BAB07529.1 1 BAN46237.1 CAK07164.1 CAU99217.1

BAB37235.1 1 BAN54991.1 CAK09940.1 CAV18375.1

BAB51449.1 1 BAN90497.1 CAK 10592.1 CAX26528.1

BAB65332.1 1 BAU72144.1 CAK 16253.1 CAX58939.1

BAC 14507.1 1 BAU75360.1 CA K 1 6639. 1 CAX61 192.1

BAD63716.1 1 BAU76701.1 CAK24880.1 CAYS 1214.1

BAD66428.1 1 CAB02517.1 CAK29338.1 CAY75590.1

BAD77689.1 1 CAB 15776.1 CAK29381.1 CAZ86945.1

BAD85071.1 1 CAC45820.1 CAL44270.1 CAZ961 13.1

BAE75292.1 1 CAC47080.1 CAL68562.1 CBA07510.1

BAE77000.1 1 CAD02910.1 CAL80391.1 CBA 19557.1 CBA33563.1 1 CCD03343.1 CCD 3643.1 CCO08237.1

CBG91722.1 1 CCD89954.1 CCI38967.1 CCP10570.1

CBI 120171.1 1 CCD93845.1 CCI52514.1 CCQ09657.1

CBI44700.1 1 CCE01319.1 CCI78869.1 CCQ 10974.1

CBJ02630.1 1 CCE10074.1 CCJ06579.1 CCQ34449.1

CBJ36000.1 1 CCE15097.1 CCJ36819.1 CCQ35689.1

CBJ41226.1 1 CCE17011.1 CC ^'1455401 CCQ36200.1

CBJ80582.1 1 CCE95457.1 (^•(^•.149843 1 CCQ47332.1

CBJ89098.1 1 CCE96893.1 CCJ52441.1 CCQ74550.1

CBK43642.1 1 CCF 18965.1 C( j71 071 CCQ94339.1

CBK64440.1 1 CCF20747.1 CCJ80970.1 CCQ95023.1

CBK76875.1 1 CCG46987.1 CCJ86076.1 CCQ95940.1

CBK99237.1 1 CCG52586.1 CCJ89760.1 CCV06472.1

CBL02267.1 1 CCG86053.1 CCJ99407.1 CC VI 3247.1

CBL06427.1 1 CCH00037.1 CCK02015.1 CCV63725.1

CBI.17762.1 1 CCH71227.1 CC 08383.1 CCV65581.1

CBL18586.1 1 CCH91980.1 CC 48226.1 CCW06091.1

CBL22839.1 1 CCH94031.1 CCK74894.1 CCW 16005.1

CBL25540.1 1 CC! 197873 1 CCK78277.1 CCW31444.1

CBL28295.1 1 CCH98110.1 CCK89717.1 CDF80722.1

CBL41552.1 1 CCH99362.1 CCK96853.1 CDF85323.1

( BY 41181.1 1 CCI04256.1 CCL00841.1 CDF86475.1

CBW19153.1 1 CCI06792.1 CCL21005.1 CDF92525.1

CCB64763.1 1 CCI07869.1 CCL28928.1 CDG13942.1

CCB65171.1 1 CC 114209.1 CCM75184,1 CDG18839.1

CCB70695.1 1 CCI14551.1 CCM77037.1 CDG20299.1

CCB85395.1 1 CCD 8636,1 CCM78508.1 CDG31563.1

CCB88489.1 1 CCI20568.1 CCM79193.1 CDG92784.1

CCC 19821.1 1 CC! 265091 CCM80257.1 CDG98743.1

CCC31739.1 1 CCI27381.1 CCO04886.1 CDG99622.1

CCC41606.1 1 CCI27656.1 CCO05578.1 CDH05986.1

CCC82222.1 1 CCI29463.1 CCO05593.1 CDH21445.1

CCD03081.1 1 CCI33484.1 CCO06200.1 CDH24733.1 CDH33017.1 CDN42601.1 CDX62547.1 CEY70465.1

CDH74672.1 CDN83560.1 CDY73639.1 CFC48269.1

CDH78253.1 CDN91 137.1 CDY74077.1 CFT92190.1

CDI05863.1 CDQ16187.1 CDY75840.1 CFT96567.1

CDI08139.1 CDR93058.1 CDY77024.1 CJA40003.1

CDI40700. 1 CDS53731 . 1 CDY78583.1 CJC36758.1

CDK71508.1 CDS55128. 1 CDZ23447.1 CJF84864.1

CDK72224.1 CDS59015. 1 CDZ85765.1 CJG89416.1

CDK72597.1 CDS84404. 1 CED57567.1 CJI93354.1

CDK98654.1 CDS84851. 1 CEE01721.1 CJI95124.1

CDL10508.1 CDT66748.1 CEF30993.1 CJ 33702.1

CDL11618.1 CDU33788.1 CEF31451.1 CJN67826.1

CDL 16097.1 CDU41160.1 CEH98691.1 COF22522.1

CDL 17208.1 CDW 92944.1 CEI 18991.1 COF38764.1

CDL 19544.1 CDX00216.1 CEI51711.1 COI45864.1

CDL23451.1 CDX 11223.1 CEJ65416.1 COP 15970.1

CDL25123.1 CDX16126.1 CEK22007.1 COP30452.1

(1)1.391 9 ! CDX17209.1 CEK37314.1 COP45895.1

CDL46167, 1 CDX17653.1 CEL88255.1 COQ71690.1

CDL57556.1 CDX18157.1 CEN33873.1 CPR16225.1

CDL57557.1 CDX23096.1 CEN34609.1 CPR16252.1

CDL58440.1 CDX26808.1 CEN35800.1 CPR21886.1

CDL62829.1 CDX28868.1 CEN39832.1 CPR28567.1

CDL63085.1 CDX31490.1 CEN43042.1 CPR28568.1

CDL.79639.1 CDX34075.1 CEN51600.1 CQR76249.1

CDL.85576.1 CDX36972.1 CEN51743.1 CRF98508.1

CDM42435.1 CDX38569.1 CEN53478.1 CRH30681 .1

CDM57288.1 CDX38670.1 CEN53480.1 CRH35397.1

CDM60749.1 CDX49350.1 CEN53702.1 CRH39702.1

CDM60990.1 CDX53768.1 CE041666.1 CRH69483.1

CDM66632.1 CDX56980.1 CEO90406.1 CRI55920.1

CDM91301.1 CDX58275.1 CEP33358.1 CRI56443.1

CDN08347.1 CDX59705.1 CEQ02613.1 CRL 10051.1 CRL61080.1 1 CTT83409.1 EAP72459.1 EDO83906.1

CRL62208.1 1 CTT95037.1 EAP93055.1 EDO88009.1

CRL90920.1 1 CTU43832.1 EAQ63147.1 EDP21555.1

CRL92325.1 1 (TS 68877. 1 EAQ97486. 1 EDP46398.1

CRP39759.1 1 CTV16782.1 EAQ99338.2 EDP57830.1

CRP93373. 1 1 CTV23427.1 EAR30280.1 EDP99239.1

CRQ49718.1 1 CTV60644.1 EAR49722.1 EDQ32183.2

CRQ59532.1 1 CTW91398.1 EAR53967.1 EDQ32422.2

CRV25744.1 1 CTZ55651.1 EAR60303.1 EDQ33985.1

CSB25877. 1 1 CTZ68789.1 EAS45732.1 EDQ34081.2

CSB76203.1 1 CUB 11509.1 EAS66652.1 EDS 19662.1

CSC35023.1 1 CUB 13588.1 EAT13839.1 EDS72096.1

CSI87493.1 1 CUB 16299.1 EAU53062.1 EDS73897.1

CS 81664.1 1 CUB23833.1 EAW26172.1 EDS80988.1

CSN19142.1 1 CUB24713.1 EAW41481.1 EDS83158.1

CSP73809.1 1 CUB31352.1 EAY25698.1 EDS88464 1

CSS26770.1 1 CUB37524.1 EAY29686.1 EDS93649.1

CTQ00826.1 1 CUB38342.1 EAY71091.1 EDT16696.1

CTQO 1842.1 1 CUB41881.1 EBA17342.1 EDT25032.1

CTQ07399.1 1 CUB48656.1 EBA45829.1 EDT72172.1

CTQ 11021.1 1 CUB51818.1 EBA46625.1 EDU60242.1

CTQ21393.1 1 CUB57702.1 EBA46696.1 EDU65565.1

CTQ33005.1 1 CUH40798.1 EBA49948.1 EDU92236.1

CTQ42017.1 1 CUH92888.1 EDK27088.1 EDW21378.1

CTQ47453.1 1 CUJ 17376.1 EDK34419.1 EDX36044.1

CTQ50609.1 1 CUJ29157.1 EDL55746.1 EDX47360.1

CTQ53954.1 1 CUJ95397.1 EDL67758.1 EDX72527.1

CTQ63712.1 1 CVA34134.1 EDM72574.1 ED Y23983.1

CTQ76095.1 1 CVE90668.1 EDM85436.1 EDY34967.1

CTR88335.1 1 CVG47751.1 EDN00141.1 EDY39135.1

CTS05166.1 1 CZX11870.1 EDN58209.1 EDY82527.1

CTS30798.1 1 CZX80257.1 EDN75782.1 EDZ41638.1

C 1177634. ! 1 EAO57065.1 ED061990.1 EDZ41715.1 EDZ42430.1 1 EEE38911.1 EEW41136.1 EFE81272.2

EDZ44891.1 1 EEE39080.1 EEW57117.1 EFE96243.1

EDZ45134.1 1 EEE41906.1 EEW57168.1 EFF05370.2

EDZ47076.1 1 EEE44992.1 EEX09750.1 EFF 11560.2

EDZ51775.1 1 EEE45349.1 EEX09880.1 EFF63745.1

EDZ60731.1 1 EEE45625.1 EEX09889.1 EFF65458.1

EDZ60741.1 1 EEE46631.1 EEX 10564.1 EFF77651 .1

EEA81924, 1 1 EEF78555.1 EEX10565.1 EFG05259.1

EEA96242.1 1 EEG29984. 1 EEX13167.1 EFG07008.1

EEA96590.1 1 EEG55452. 1 EEX13946.1 EFG47867.1

EEA96958.1 1 EEG85448.1 EEX22145.1 EFG79255.1

EEB32402.1 1 EEH25515.1 EEX36090.1 EFG80390.1

EEB44176.1 1 EEH27429.1 EEX49424.1 EFH08237.1

EEB65944.1 1 EEI48479.1 EEX69732.1 EFH16891.1

EEB71277.1 1 EEK 13686.1 EEX74040.1 EFI8735 1 .1

EEB71305.1 1 EEK47650.1 EEX77692.1 EFJ68586.1

EEB77525.1 1 EEN89060.1 EEY45419.1 EFJ72104.1

EEB78979.1 1 EEO01852.1 EEY72540.1 EFJ78632, 1

EEB83949.1 1 EEO 17496.1 EEY99072.1 EFJ85217.1

EEB85264.1 1 EEP49793.1 EEZ40965.1 EFJ95125.1

EEB85629.1 1 EEP50112.1 EFB71687.1 EFK02096.1

EEC31786.1 1 EEP54377.1 EFB74416.1 EFK07239.1

EEC32371.1 1 EEP83565.1 EFB90964.1 EFK 16400.1

EED32136.1 1 EEQ48941 .1 EFC53923.1 EFK22733.1

EED33461.1 1 EES48642.1 EFC82450.1 EF 27354.1

EED96977.1 1 EET02842.1 EFC93346.1 EF 331 16.1

EEE02117.1 1 EET04446.1 EFD51996.1 EF 43743.1

EEE06332.1 1 EET46812.1 EFE04795.2 EFK52585.1

EEE08690.1 1 EET48304.1 EFE06568.1 EF 66135.1

EEE34962.1 1 EET48468.1 EFE11218.1 EFK73841.1

EEE35534.1 1 EEU96709.1 EFE24314.1 EFK92719.1

EEE35828.1 1 EEV88951.1 EFE53195.1 EFK93271.1

EEE38756.1 1 EEW39916.1 EFE61787.2 EFL53944.1 EFL89152.1 1 EGCO 1999.1 EGY261 11.1 EHP82577.1

EFL90564.1 1 EGC96351.1 EGY53448.1 EHQ34219.1

EFM05246.1 1 EGC98049.1 EGY80770.1 EHT1 1452.1

EFM 19908.1 1 EGD34121.1 EGZ47428.1 EHT99386.1

EFM24365.1 1 EGE35458.1 EHA17557. 1 EHU07090.1

EFM59353.1 1 EGG31693.1 EH A32192, 1 EHU07469.1

EFO29280. 1 1 EGI09325.1 EH A61998, 1 i si : 10270. 1

EFO29703. 1 1 EGI14579.1 EHB47773.1 EHU20405.1

EF059693. 1 1 EGO 9907, 1 EHC 12051.1 EHU23876.1

EFP56876. 1 1 EGI45080.1 EHC32561.1 EHU27436.1

EFP71835.1 1 EGI49386.1 EHC45853.1 EHU37208.1

EFQ06576.1 1 EGI74586.1 EHC52512.1 EHU40408.1

EFQ61867.1 1 EGI92001.1 EHC62337.1 EHU52683.1

EFR18236.1 1 EGI92746.1 EHC67687.1 EHV55179.1

EFR40215.1 1 EGJ06069.1 EHC75282.1 EHY68648.1

EFS98037.1 1 EGK08600.1 EHC82043.1 EIC82503.1

EFU36795.1 1 EGK 10342.1 EHC82835.1 EID63302. 1

EFU68774.1 1 EGK 19205, 1 EHC87961.1 EID67830. 1

EFV39454.1 1 EGK34617.1 EHC99966.1 EIE52962.1

EFV63707.1 1 EGK58217.1 EHD 19777.1 EIG78918.1

EFW12879.1 1 EGK59573.1 EHD20169.1 EIG93520.1

EFW30568.1 1 EGK89404.1 EHD22253.1 EIH12673.1

EFW49236.1 1 EGL19982.1 EHE87999.1 E1H22144.1

EFW57058.1 1 EG094614.1 EHH1 1803.1 E1H45204.1

EFW59097.1 1 EGP19949.1 EHJ99584.1 i! 176840. 1

EGA66010.1 1 EGQ26127.1 EHK55408, 1 EII24708.1

EGA71635.1 1 EGQ26450.1 EHK613 8.1 EII34469.1

EGB61887.1 1 EGU34334.1 EHK77285.1 ΕΠ46301.1

EGB66941.1 1 EGU40287.1 EHM45588.1 EU66488.1

EGB73848.1 1 EGU44010.1 EHM49309.1 EIK61760.1

EGB86481.1 1 EGU44343.1 EHN09006.1 EIK70683.1

EGB97943.1 1 EGU51393.1 EHN12391.1 EIK72394.1

EGC01418.1 1 EGU98979.1 EHP66623.1 EIK96204.1 EIL52555.1 1 EJU32348.1 ELE53627.1 EMV17924.1

EIM75905.1 1 EJU33461.1 ELE58433.1 EMW97460.1

EIQ05553.1 1 EJU35725.1 ELG86729.1 EMX18620.1

EIQ 18545.1 1 EJU55912.1 hi.122617. 1 EMX29475.1

EIQ26058.1 1 EJW 18947.1 ELJ68846.1 EMX36709.1

EIQ34462.1 1 EJZ23180.1 ELP54032.1 \ 1X46863. !

EIQ57268.1 1 EJZ23191 .1 ELP55275.1 EMX83205. 1

]^; 10 16 1 . 1 1 EJZ63478.1 ELP55913.1 ENA04653.1

EIQ78422.1 1 EKB46124.1 ELP68231.1 ENA38209.1

EIW 91574. 1 1 EKB47998.1 ELQ87920.1 ENA38530.1

EJE70690.1 1 EKE71933.1 ELQ87969.1 ENA43836.1

EJE72665.1 1 EKF06697.1 ELQ88013.1 ENC90022.1

EJF28964.1 1 EKF20235.1 ELQ88771.1 ENDS 1199.1

EJF37584.1 1 EKF21363.1 ELQ91334. I END90131.1

EJF40496.1 1 EKF42800.1 ELS26448.1 ENG95642.1

EJI91627.1 1 EKF58465.1 EL.S26841.1 E HO 1174.1

EJI91646.1 1 EKI50661.1 ELS27850.1 ENH07605.1

EJL04634.1 1 EKJ96466.1 ELT47152.1 ENY75730.1

EJL08772.1 1 EKM19531.1 ELU52903.1 ENZ85537.1

EJL 13645.1 1 EKM27370.1 ELW31521.1 EOC16726.1

EJL86644.1 1 EKM33126.1 ELW85333.1 EODO 1693.1

EJM95575.1 1 EKS07972.1 ELY27700.1 EOD42238.1

EJ022 40.1 1 EKT55065.1 ELZ99543.1 EON87502.1

EJ055869.1 1 EKT55967.1 EMD08742.1 EOQ46176.1

EJ056522. 1 1 EKT65147. 1 EMI 11336.1 EOQ52661 .1

EJP30929.1 1 EKU51342.1 EMI 14266.1 EOR96368.1

EJS87369.1 1 EKX63786.1 EMP51369, 1 EOU48067.1

EJS88033.1 1 ELC 14265.1 EMR07851. 1 EOU65286.1

EJS88036.1 1 ELC 16835.1 EMS71620.1 EOU78385.1

EJT07171.1 1 ELC37936.1 EMS97913.1 EOU89739.1

EJT86204.1 1 ELC95205.1 EMT40199.1 EOV04148.1

EJU28108.1 1 ELD97255.1 EMU59685.1 EOV47238.1

EJU32316.1 1 ELE41729.1 EMU68325.1 EOV55387.1 EOV76750.1 1 EQC48483.1 ERP09068.1 ESW561 11.1

EOV94389.1 1 EQC49653.1 ERT09144.1 ETA01630.1

EOW04340.1 1 EQF26369.1 ERT14069.1 ETA52029.1

HOW ! 6261 . 1 1 EQI88341.1 ESA61590.1 ETA68210.1

EOW 19941.1 1 EQK40602.1 ESA67356. 1 ETC31136.1

EOW61850.1 1 EQK42131.1 ESA68726.1 ETD59987.1

EOW95130.1 1 EQN24780.1 ESA72701.1 ETE22279.1

EOZ98682.1 1 EQN91648.1 ESA84978.1 ETE48169.1

EPA97273. 1 1 EQO59510.1 ESA92506.1 ETK29277.1

EPA99157. 1 1 EQP47193.1 ESBO 1864.1 ETS33247.1

EPB 97690.1 1 EQQ03969.1 ESC99187.1 ETTO 1045.1

EPC 14082.1 1 EQV89274.1 ESD05523.1 ETT07169.1

EPE98824.1 1 EQX25771.1 ESD21413.1 ETVV14464.1

EPF 13748.1 1 EQX86240.1 ESD37525.1 ETY41683.1

EPF 18896.1 1 EQY17582.1 ESD70932.1 ETZ09941.1

EPR26903.1 1 EQY57338.1 ESD76697.1 EUB72243.1

EPR73838.1 1 EQZ99174.1 ESD90270.1 EUB74618.1

EPR73839.1 1 KRi^■77294. 1 ESE04815.1 EUB75427.1

EPR76419.1 1 ERG 11045.1 ESE83038.1 EUB84551.1

EPR76420.1 1 ERG42422.1 ESE86248.1 EUB87030.1

EPR77354.1 1 ERG53670.1 ESF53709.1 EUB94968.1

EPX76657.1 1 ERI00623.1 ESG73922.1 EUB98403.1

EPX7901 1.1 1 ERI28937.1 ESJ19424.1 EUC 15772.1

EPX79012.1 1 ERI30693.1 ESK 5534.1 EUC 17426.1

EPX79543. 1 1 ERI31 190.1 ESK34333.1 EUC 19927.1

EPX80066. 1 1 ERI32103.1 ESL70090.1 EUC20682.1

EPX81913. 1 1 ERJ05871.1 ESM15735.1 EUD05937.1

EPX81981. 1 1 ERJ12333, 1 ESN17179.1 EVU13232.1

EPX84862. 1 1 ERKl 1299.1 ESQ21061.1 EWG73750.1

EPX85788.1 1 ERK12088.1 ESQ72660.1 EWH06794.1

EPX87242.1 1 ERL54400.1 ESR24857.1 EWS97919.1

EPZ50642.1 1 ERN41122.1 EST58097.1 EXB27436.1

EPZ55228.1 1 ERN42498.1 ESU79960.1 EXB47610.1 EXL02912.1 1 GAA64202.1 GAL34679.1 KDC51678.1

EXL08805.1 1 GAA65645.1 GAL36803.1 KDF 12959.1

EXU74154.1 1 GAA67376.1 GAL37656. 1 KDF13306.1

EYD75827.1 1 GAA68205.1 GAL45646. 1 KDG93655.1

EYD76005.1 1 GAA78318.1 GAL50932.1 KDM49647.1

EYD76216.1 1 GAA80934.1 GAL56692.1 KDM66049.1

EYD76391.1 1 GABS 1338.1 GAL62430.1 KDN30188.1

EYD83437.1 1 GAC32173.1 GAL66823.1 KDO00731.1

EYR81340.1 1 GAC65341.1 GAL70387.1 KDOO 1789.1

EYT23778, 1 1 GAD00064.1 GAL75242.1 KDR38345.1

EYU15951.1 1 GAD00717.1 GAL79182.1 KDR39580.1

EYV12183.1 1 GAD03916.1 GAL90464.1 KDR40471.1

EYV18352.1 1 GAJ68144.1 GAL93895.1 KDR42489.1

EYZ99018.1 1 GA 28093.1 (jAl. 4496. ] KDR44448.1

EZA32957.1 1 GA 75263.1 GAM12739.1 KDR96261.1

EZD33879.1 1 GA 86396.1 GAM57916.1 K.DU29241.1

EZE09298.1 1 GA 86397.1 GAM57917.1 KDV281 15.1

EZE49621.1 1 GA 92924.1 GAM65556.1 KDV41545.1

EZH78403.1 1 GA 92925.1 GAM68524.1 KDV63795.1

U/j 36630. 1 1 GAK97920.1 GAM76289.1 KDW29938.1

EZJ49363.1 1 GAK99145.1 GAP34694.1 KDX21120.1

EZJ71201.1 1 GAL05071.1 GAP62607.1 KDX45706.1

EZJ83504.1 1 GAL11041.1 GAP64452.1 KEA07283.1

EZJ83557.1 1 GAL 11042.1 GAP73496.1 KEA55087.1

EZK 19944, 1 1 GAL 16782.1 GAR75760.1 KEA56995.1

EZP32763 , 1 1 GAL 16859.1 KAJ04750.1 KEA60549.1

EZP33753.1 1 GAL 19427.1 KAJ55629.1 KEF38453.1

EZP41224, 1 1 GAL26771.1 KCV83816.1 KEI66155.1

EZP51786.1 1 GAL26853.1 KDA43421. 1 KEI66563.1

EZP65628.1 1 GAL30714.1 KDA56888.1 KEI72808.1

EZQ15102.1 1 GAL30715.1 KDA92361.1 KEJ44932.1

GAA61384.1 1 GAL30716.1 KDB06864.1 KEJ59125.1

GAA61578.1 1 GAL32582.1 KDB07503.1 KEJ73413.1 KEL65107.1 1 KFC95287.1 KGD53502.1 KGM71414.1

KEN53758.1 1 KFC98498.1 KGD58420.1 KGM83358.1

KEN6561 5.1 1 KFD07808.1 KGD74931.1 KGM85012.1

KEN98Q30.1 1 KFD17130.1 KGD99322.1 KGM87119.1

KEO08160.1 1 KFD75089.1 KGE84568.1 KGM89320.1

KEO20889.1 1 KFD81 165, 1 KGF68819.1 KGP46486.1

KEO30088.1 1 KFE26876.1 KGF85749.1 KGQ31158.1

KEQ06864.1 1 KFE29856.1 KGF92571.1 KGQ42403.1

KEQ 1 1857.1 1 KFE36379.1 KGF94969.1 KGQ44024.1

KEQ 16616.1 1 KFF88091.1 KGF98296.1 KGQ45909.1

KEQ56848.1 1 KFI27333.1 KGG00684.1 KGQ50254.1

KEQ57225.1 1 KFI27574.1 KGG08593.1 KGQ57329.1

KER03203.1 1 FD2532.1 KGG09329.1 KGQ59396.1

KER05877.1 1 KFJ12154.1 KGGl 3720.1 KGQ63143.1

KER71432.1 1 KFK48033.1 KGGl 4534.1 KGT92054.1

KER73555.1 1 F 53897.1 KGG20576.1 KGT93837.1

KES24087.1 1 F 83392.1 KGG25389.1 KGW03528.1

KEX93107.1 1 KFLOO 125.1 KGJ87252.1 KGW13295.1

KEY59239.1 1 KFL53690.1 KGJ88564.1 KGY09805.1

KEZ05720.1 1 KFM16262.1 KGJ88903.1 KGY14274.1

KEZ05934.1 1 KFM16471.1 KGJ91830.1 KHA72711.1

KFA97525.1 1 KFM17679.1 KGJ98195.1 KHD09963.1

KFB 10431.1 1 KFM18828.1 KGJ99182.1 KHD12613.1

KFB86391.1 1 KFM21 122.1 KGJ99826.1 KHD26206.1

KFC05462.1 1 KFNO 1206, 1 KGK 11 101 . 1 KF1F30311.1

KFC26266.1 1 KFX70429.1 KGK24833. 1 KF1F30312.1

KFC50616.1 1 KGA58376.1 KGL02631.1 KHF32019.1

KFC63916.1 1 KGB51681.1 KGL61018.1 KFII37342.1

KFC75035.1 1 KGB58219.1 KGL63588.1 KHJ20007.1

KFC77790.1 1 KGB82923.1 KGM06104.1 KHJ52626.1

KFC78157.1 1 KGB93469.1 KGM27860.1 KHJ53009.1

KFC79266.1 1 KGB93751.1 KGM47940.1 KHJ67587.1

KFC88526.1 1 KGC 15448.1 KGM62448.1 KHK58158.1 KHL14438.1 1 KIL49701.1 KIX40471.1 KJW52977.1

KHM50825.1 1 KIL52719.1 KIX50426.1 KJX12327.1

KHN63731.1 1 ΚΪΝ13602.1 KIY38310.1 KJX88802.1 i 1062446. 1 1 KI035232.1 KJC02192.1 KJY81950.1

KHS44854.1 1 KIO64041.1 KJC05651.1 KJY91595.1

KHT6521 1.1 1 KI064826.1 KJC 11069.1 KJZ06665.1

KIA76172.1 1 KI064882.1 KJE27066.1 KJZ 10778.1

KIA79272.1 1 KIO74022.1 KJE29094.1 KJZ33490.1

KIC08591. 1 1 KIP13348.1 KJE37105.1 KJZ43182.1

KICl 1 124. 1 1 KIP 19384.1 KJE41321.1 KJZ43642.1

KIC12067.1 1 KIP21434.1 KJE56468.1 KJZ49391.1

KIC20734.1 1 KIP28327.1 KJF68712.1 KJZ65470.1

KIC21142.1 1 KIP77591.1 KJF74388.1 KJZ83769.1

KIC38967.1 1 KIQ47214.1 KJF82240.1 KJZ85311.1

KIC39253.1 1 KIQ67877.1 KJF95975.1 KKA53929.1

KIC42948.1 1 KIQ67879.1 KJF96789.1 KKB03409.1

KIC44583.1 1 KIQ93804.1 KJG26707.1 K.KC64603.1

KIC48940.1 1 KIR21892.1 KJG38238.1 KKC79077.1

KIC81372.1 1 KIS42217.1 KJG58333.1 KKD31623.1

KIDQ1688.1 1 KIS44949.1 KJH08952.1 KKD58710.1

KIDQ7131.1 1 KIS45 I78.1 KJH75111.1 KKD60086.1

KIDI0239.1 1 KIS78067.1 KJH76892.1 KKF35468.1

KID53398.1 1 KIT 15205.1 KJJ85191.1 KKI44370.1 11-44861 . 1 1 ΚΓΓ26177.1 KJJ97017.1 KKJ02095.1

KIF47533.1 1 KIT34215.1 KJK05856.1 KKJ26483.1

KIF60145.1 1 KIT53655.1 KJK 14771 .1 KKJ76863.1

KIG04148.1 1 KIU06086.1 KJM40293.1 KK 014625.1

KIH04246.1 1 KIV63387.1 KJM86390.1 KKT03014.1

Kill 7028.1 1 KIV67945.1 KJN20029.1 KKW50513 1

KII76311.1 1 KIV69114.1 KJR24917.1 KKX34306.1

KIK88030.1 1 KIV76036.1 KJU79826.1 KKX57725. I

KIL14780.1 1 KIX18215.1 KJV49964.1 KKY43328.1

K i 1.44046. 1 1 KIX35343.1 KJW32728.1 KKY65106.1 KKY79844.1 1 KML08951.1 KNA43182.1 KOR21593.1

KKZ 18900.1 1 KML19553.1 KNC 12045.1 KOY02635.1

KKZ94380.1 1 M 1.55768. 1 KNC94638.1 KOY33005.1

KLA23437.1 1 KML63754.1 K D54403.1 KOY45864.1

KLA28450.1 1 KMM44201.1 K D57608.1 KOY61 141.1

KLE26363.1 1 KMM80744.1 KND60713. 1 KP A 10469.1

KLI68355.1 1 KMM88468.1 KNF09788.1 KPA16733.1

KLI96588.1 1 KMN35332.1 KNF69260. 1 KPA20218.1 l .1 .00327 J 1 KMN52710.1 KNF81881. 1 KPA53392.1

KLN47102.1 1 KMN54483.1 K M 1 1 3933. 1 KPBO 1772, 1

KLN59734.1 1 KMN6451 1.1 K H29699. 1 KPC99823.1

KLN96605.1 1 KMN82524.1 K H42940. 1 KPD03212.1

KLQ26950.1 1 KMN90587.1 KNN85891.1 KPD 1 1463.1

KLS52970.1 1 KMO70998.1 KNW74428.1 KPD14945.1

KLT72171 .1 1 KMO75409.1 KNX42579.1 KPD18730.1

KLU 18616.1 1 KMP15844.1 KNX78696.1 K.PF43120.1

KLU 18617.1 1 MP3271 1 .1 KNY25361.1 K.PF561 19.1

KLU21 135.1 1 KMP7681 1 . 1 KNY25362.1 KPF72724.1

KLU63532.1 1 KMP97239. 1 KNY34664.1 KPG94733.1

KLV01 1 10.1 1 KMQ03530.1 KNY78419.1 KPG95797.1

KLV0473 1.1 1 KMQ27939.1 KNZ84105.1 KPH01583.1

KLV10916.1 1 KMQ80607.1 KNZ96650.1 KPH 10681.1

KLV65168.1 1 KMT23186.1 KOA27319.1 KPH60166.1

KLW86529.1 1 KMV32028.1 KOA70223.1 KPH81257.1

KLX57832.1 1 KMV34546.1 KOC89788.1 KPL51015.1

KLX95653.1 1 KMV68971.1 KOC93579.1 KPL87226.1

KLY12051.1 1 KMV72039.1 KOE81497.1 KPL88374.1

KME68567. 1 1 KMW56860.1 KOE86385.1 KPL99047. 1

KMJ45199.1 1 KMW57564.1 KOF22188. 1 KPM59181.1

KMJ52368.1 1 KMW60148.1 KOO07592. 1 KPM65351.1

KMK 123 13.1 1 KMW73818.1 KOO 1 3953. 1 KPM84873.1

KMK65695.1 1 KMY86054.1 KOP04210.1 KPM96585.1

KMK67024. 1 1 KMZ1 1 104.1 KOP34818.1 KPN62270.1 KPN70840.1 KPW02372.1 KUU48154.1 OAJ87923.1

KPN74193.1 KPW04291.1 KWV87278.1 OA068288.1

KPN90785.1 KPZ52050.1 KWZ91247.1 OAO 72922.1

KP018578.1 KPZ54771.1 KXG92414.1 OBX00501.1

KP036864.1 KPZ63440.1 XH00366.1 OCS74956.1

KP046574.1 KPZ65777.1 KXH98341 . 1 OCS95951.1

KPP84622.1 KPZ67737.1 KXI61250.1 OCV53559.1

KPP85678.1 KPZ69053.1 KXJ38653.1 ODH24471.1

KPP85884.1 KPZ72596.1 KXL66969.1 OEG92891.1

KPP89409.1 KQA23172.1 KXQ42781. 1 OEH04368.1

KPQ06101.1 KQA98185.1 KXX90622.1 OEH12481.1

KPQ08097.1 KQB 15598.1 KXY08066.1 OEH14141.1

KPQ13684.1 KQB 16357.1 KXY28981.1 OEH95893.1

KPQ 14340.1 QB91620.1 KXY53137.1 OEI65538.1

KPQ 14479.1 QB98549.1 KXY72091.1 OE 36597.1

KPQ21467.1 QJ 13932.1 KYR44967.1 Oi:N26435.1

KPQ22810.1 QJ46046.1 KYS97777.1 OIR51681.1

KPQ29983.1 KST27455.1 KYV67952.1 OIX27476.1

KPQ32046.1 KSX90871.1 KZD58224.1 SAD71408.1

KPQ36131.1 KTH73166.1 KZD81457.1 SAE32773.1

KPQ37310.1 KTM92472.1 KZD82131.1 SAI34905.1

KPR57622.1 KTO38350.1 KZE06157.1 SAY76569.1

KPU50749.1 KT086996.1 ZJ59530. 1 SAZ57795.1

KPU53876.1 KTP62451.1 OAC43113.1 SBX90640. 1

KPU54584.1 KUH44100, 1 OAE40342.1 SBZ90882.1

KPU54773.1 KUI50798.1 OAE92625.1 SCM53106.1

KPU84621.1 KUQ52563.1 OAH32122. 1

[00109] Representative exaraples of ornithine decarboxylase (EC 4.1.1.17) are given below in Table 9 and identified by their EMBL/GENBA K DDBJ ID numbers. Any of the bacteria given in Table 10 can be engineered with any version of the ornithine decarboxylase (EC 4.1.1.17) set forth in Table 3 and 9. For instance, the bacteria can be engineered with a version of the ornithine decarboxylase enzyme that has at least 50% nucleoti de similarity with any of the versions of ornithine decarboxylase given in Table 9 (e.g., at least nucleotide 60% similarity, at least 70% nucleotide similarity, at least 80% nucleotide similarity, at least 90% nucleotide similarity, at least 91 % nucleotide similarity, at least 92% nucleotide similarity, at least 93%o nucleotide similarity, at least 94% nucleotide similarity, at least 95%t nucleotide similarity, at least 96% nucleotide similarity, at least 97%> nucleotide similarity, at least 98% nucleotide similarity, at least 99%> nucleotide similarity, at least 99.5% nucleotide similarity, at least 99.9%s nucleotide similarity, or 100% nucleotide similarity).

Table 9. Representative Examples of Ornithine Decarboxylase by EMBL/GENBA K DDBJ ID Number

AAA62785.1 AAW60223.1 ABE06188.1 AB 164670, 1

AAA66174.1 AAY39277.1 ABE08804.1 ΛΒ! 732 1 . 1

AAA69133.1 AAY96264.1 ABE29508.1 ABI88035.1

AAC22248.1 AAZ 17903.1 ABE36633.1 ABJ07102.1

AAC73787.1 AAZ21026.1 ABE38094.1 ABJ08721.1

AAC76002.2 AAZ45335.1 ABE44334.1 ABJ70427.1

AAK65018.1 AAZ60071.1 ABE4 1 83. ! ABK39746.1

AAK65019.2 AAZ71105.1 ABE49327.1 ABK49901.1

AAL 19645.1 ABA04186.1 ABE56353.1 ABK50089.1

AAL21989.1 ABA78141.1 ABE64149.1 ABL98620.1

AAL54375.1 ABB 12186.1 ABE73821 .1 ABM01537.1

Λ 1.94697 1 ABB40870.1 ABF62084.1 ABM03233.1

AAM32881.1 ABB75259.1 ARF76724.1 ABM 1 71 84. 1

A W 186897. 1 ABC22493.1 ABF79243.1 ABM33819.1

AAN53399.1 ABC92384.1 ABG 12272.1 ABM37329.1

AAN57109.1 ABD09230.1 ABG 19485.1 ABM42903.1

AAN66489.2 ABD53718.1 ABG64092.1 ABM94883.1

AAN79250.1 ABD69850.1 ABI25841.1 ABN63325.1

AAN82001.1 ABD82224.1 ABI41283.1 ABN63550.1

AAO90264.2 ABD90359.1 ABI41448.1 AB025258.1

AAS63636.1 ABD98955.1 ABI59635.1 AB055514.1

AAV42846.1 ABE0571 1.1 ABI61420.1 ABP59886.1 ABP62042.1 1 ACB26370.1 ACS39829.1 AEF20700.1

ABP74273.1 1 ACB26621.1 ACS86807.1 AEF54819.1

ABP77387.1 1 ACB79112.1 ACT08032.1 AEG05601.1

ABP83569.1 1 ACB94577.1 ACT 11922.1 AEG07021.1

ABQ 13490.1 1 ACC75475.1 ACX89156.1 AEG09620.1

ABQ 18377.1 1 ACD09708.1 ACY53777.1 AEG09845.1

ABQ31378.1 1 ACE89117.1 ACZ75768.1 AEG48476.1

ABQ33584.1 1 ACE92836.1 ADA66726. 1 AEH50365.1

ABQ35247.1 1 ACE99495.1 ADE84258.1 AEH86445.1

ABQ46942.1 1 ACF00856. 1 ADG60285. 1 AEI07722.1

ABQ77056.1 1 ACF62498.1 ADI02315.1 AEJ18813.1

ABQ77881.1 1 ACF64187.1 ADM40347.1 AEK61463.1

ABQ94 06.1 1 ACG58193.1 ADM42835.1 AEM41039.1

ABR63972.1 1 ACH49712.1 ADM42836.1 AEP37160.1

ABR71097.1 1 ACH50260.1 ADM97227.1 AEV60919.1

ABS65893.1 1 ACH63785.1 ADO 10738.1 AFJ59017. 1

ABS77454.2 1 ACI1 1630.1 ADO47055.1 AFL53867.1

ABV20152.1 1 ACI98761.1 ADO49370.1 AFY 17936.1

ABV20217.1 1 ACI991 15.1 AD084265.1 AFY20265.1

ABV32717.1 1 ACJ00377.1 ADP99549.1 AGA64911.1

ABV39617.1 1 ACK48448.1 ADU45025.1 AGG15787.1

ABV43142.1 1 ACK49205.1 ADU70535.1 AGG70048.1

ABV93117.1 1 ACK81873.1 ADU91399.1 AGG70049.1

ABX51330.1 1 ACK83165.1 ADY l 1066. 1 AGH98733.1

ABY29398.1 1 ACL55330.1 ADV56349. 1 AG! 50812.1

ABY96818.1 1 ACL93832.1 ADW75162, 1 AG056945.1

ACAl 5010.1 1 ACN1413 U ADY12020. 1 AGT07607.1

ACA32083.1 1 ACP07980. 1 ADZ25852.1 AHA66979.1

ACA67112.1 1 ACP26670. 1 ADZ25990.1 Al l!) 10069. 1

ACA74794.1 1 ACQ92481.1 AEA25536.1 AHD 10849.1

ACA92668.1 1 ACR70548.1 AEA80789.1 AHE50504.1

ACB 16558.1 1 ACR80274.1 AEB 13218.1 AHE58679.1

ACB 17513.1 1 ACS38696.1 AEE17405.1 ΛΙ 11- 70264. 1 AHF74955.1 1 AKB40448.1 BAA35349.1 CAR04482.1

AHH20127.1 1 AKB43558.1 BAE77028.1 CAR06878.1

AHJ62296.1 1 AKB47010.1 BAT71258.1 CAR09582.2

AHK70374.1 1 AKB51817.1 ΒΑΓ72082.1 CAR14483.1

AHM04085.1 1 AKB55259.1 BAT76414.1 CAR16788.1

AHM 04146.1 1 A B56666.1 BAI96560.1 CAR19506.1

AHM77647.1 1 A B61403.1 BAJ8 775.1 CAR36594.1

AHM83238.1 1 AKB64701.1 BAL83346.1 CAR40820.1

AHY72323.1 1 AKB68292.1 BAN98715.1 CAR 54968. 1

Λ 1.107696 1 1 AKB72738.1 BAQ 17945.1 CAU96547.1

AJJ08459.1 1 AKB75272.1 BAU72598.1 CAU99265.1

AIQ92829.1 1 AKB78060.1 CAD78655.1 CAX18544.1

AIQ93098.1 1 AKB81641.1 CAD84820.1 CAX22758.1

AIR09930.1 1 AKB84150.1 CAG69512.1 CAX24467.1

AIT00368.1 1 AKF49823.1 CAG73878.1 CAX61217.1

AIZ81713.1 1 AKH27073.1 CAi 122470 ! CAX67648.1

AIZ84023.1 1 AKH69183.1 CAI97377.1 CAX67666.1

AJE57512.1 1 Λ 1 199554. 1 CAI98549.1 CAY75622.1

AJF55421.1 1 ΛΚ 077226.1 CAJ 12264.1 CBA19528.1

AJF57769.1 1 AK097889.1 CAK02040.1 CBA28212.1

AJG20615.1 1 ALD27842.1 CAK13937.1 CBA29223.1

AJI87080.1 1 ALV76207.1 CAL 10580.1 CBA33757.1

AJK49051.1 1 ALY14469.1 CAL 13549.1 CBG87473.1

AJQ96966.1 1 ALZ68204.1 CAL 19626.1 CBG91695.1

AKA84438.1 1 ALZ69985. 1 CAL78631 .1 CBI76815.1

AKB 12437.1 1 ANK35386.1 CAL79901 .1 CBI78256.1

AKB 14359.1 1 ANM83745.1 CAM00591.1 CBI78275.1

AKB 18263.1 1 ANM85435.1 CAM03603.1 CBL06633.1

AKB21587.1 1 ANP16911.1 CA097896.1 CBS85874.1

AKB25327.1 1 AOM43847.1 CAQ81820.1 CBS86483.1

AKB28151.1 1 AOT33749.1 CAQ89917.1 CBS89897.1

AKB32085.1 1 APF08471.1 CAQ90401.1 CBW16782.1

AKB37309.1 1 APF13004.1 CAR02067.1 CBW19188.1 CBY25820.1 1 CCJ99535.1 CDL 10022.1 CDX54921.1

CBY25832.1 1 CCK01641.1 CDL20226.1 CDX58455.1

CBY28841.1 1 CCK03853.1 CDL23839.1 CD Y 74095. 1

CCA93756.1 1 CCK06057.1 CDL25819.1 CEF30930.1

CCC57896.1 1 CCK08478.1 CDL25820.1 CEG53321.1

CCC96226.1 1 CCK22783.1 {^'1)1.27267. 1 CEI15979, 1

CCC98554.1 1 CCK45849.1 CDL27268.1 CEJ65390.1

CCD02602.1 1 CCK48255.1 CDL27269.1 CEK26252.1

CCD40282.1 1 CCM77346.1 CDL39170.1 CEK27948.1

CCD85313.1 1 CCO07100.1 CDL50778.1 CEL27520.1

CCD87735.1 1 CCQ09200.1 CDL50819.1 CEL88226.1

CCD96638.1 1 CCQ74399.1 CDL86182.1 CEP77894.1

CCE00128.1 1 CCT59416.1 CDL90667.1 CFQ53013.1

CCE04953.1 1 CCU62281.1 CDM25489.1 CFQ53087.1

CCE05308.1 1 CCU62303.1 CDM39302.1 CFQ53093.1

CCE97429.1 1 CCV05533.1 CDM59281.1 CFQ63135.1

CCE98566.1 1 CCV16052.1 CDM60694.1 CNJ42662.1

CCF20520.1 1 CCW 14223.1 CDN08374.1 CNK09967.1

CCG07833.1 1 CCW18613.1 (1)059353 ! ( P 14076. 1

CCG39584.1 1 CDF57711.1 CDP53980.1 CPR26377.1

CCG86023.1 1 CDF82218.1 CDQ 16217.1 CPR26378.1

CCG93567.1 1 CDF92784.1 CDR81373.1 CQH28513.1

CCI82390.1 1 CDF95827.1 CDR83974.1 CQH50344.1

CCJ43 49.1 1 CDG34413.1 CDR89923.1 CRG52628.1

CCJ73160. 1 1 CDG41242.1 CDS49197.1 CRH3071 1 .1

CCJ73613. 1 1 CDI09982.1 CDU34381.1 CRH35440.1

CCJ79388. 1 1 CDK34386.1 CDU39548.1 CRH39733.1

CCJ82552. 1 1 CDK72259.1 CDU41134.1 CRL 10245.1

CCJ86161. 1 1 CDK 72653.1 CDX11380.1 CRL 1 1665, 1

CCJ87942.1 1 CDK75666.1 CDX28277.1 CRL87218.1

CCJ89861.1 1 CDK97758.1 CDX31971.1 CR016551.1

CCJ91600.1 1 CDK98655.1 CDX32761.1 CRP80377.1

CCJ97363.1 CDL07277.1 CDX44074.1 CRY55295.1 CRY56151.1 1 CTQ48990.1 CUH97680.1 EEJ73250.1

CRY73398.1 1 CTQ51582.1 CUI46350.1 EE 80026.1

CRZ77491.1 1 CTQ64509.1 CI 165295. 1 EEO01571.1

CSA30444.1 1 CTQ70679.1 CUJ95194.1 EEO 17726.1

CSB23271.1 1 CTQ77678.1 CUK08178.1 EEQ24327.1

CSB44423. 1 1 CTR81841 . 1 EAA24580.1 EEV22915.1

CSB97832. 1 1 CTR87483. 1 EDL.69175.1 EEW41165.1

CSC29054. 1 1 CTS06036.1 EDM60163.1 EEX49266.1

CSC32042. 1 1 CTS29676.1 EDN58782.1 EEY45602.1

CSC55030. 1 1 CTS78438.1 EDQ31943.2 EEY99726.1

CSC90483.1 1 CTT62185.1 EDQ34501.1 EFC91687.1

CSC91956.1 1 CTT62210.1 EDR33413.1 EFE96168.1

C 8190225.1 1 CTT77363.1 EDS92093.1 EFE96169.1

CSI94697.1 1 CTT83136.1 EDU62245.1 EFE97489.1

CSK70247.1 1 CTT84900.1 EDU6491 1.1 EFG55431.1

CSL03024.1 1 CTT94762.1 EDU91579.1 EFM19932.1

CSL07641.1 1 CTU09480.1 EDU92556.1 EFM60159.1

CSM63721.1 1 CTU43474.1 EDX33853.1 EFP71802.1

CSM98897.1 1 CTU46798.1 EDX36097.1 EFQ23396.1

CSN54919.1 1 CTU67775.1 EDX47281.1 EFQ65259.1

CSP82502.1 1 CTV17999.1 EDX48079.1 EFR18105.1

CSP97222.1 1 CTV22603.1 EDY22541.1 EFR18206.1

CSR81748.1 1 CTV49713.1 EDY26086. 1 EFW49207.1

CSS46262.1 1 CTV56172.1 EDZ45245.1 EFW49866.1

CSS69716.1 1 CTV59366.1 EDZ48441.1 EFW55944.1

CST05596.1 1 CTV99708.1 EDZ60503.1 EFW57461.1

CTQ00658.1 1 CTW90830.1 EEB70922.1 EFW59125.1

CTQ07290.1 1 CTX56302.1 EEB72505.1 EFY04546.1

CTQ 10899.1 1 CTZ36862.1 EEH90224.1 EFZ35827.1

CTQ21239.1 1 CTZ54946.1 EEI47014.1 EGC73182.1

CTQ33367.1 1 CTZ68478.1 EEI67673.1 EGD26721.1

CTQ42919.1 1 CTZ90267.1 EEJ60488.1 EGF12882.1

CTQ43401.1 1 CUH38863.1 EEJ72107.1 EGF 12883.1 EGF 13575.1 1 EHV55210.1 EMU68355.1 ESN64681.1

EGF 13579.1 1 EIC02033.1 EMV17894.1 ESR23196.1

EGI92040.1 1 EI) 31771.1 EMW96757.1 ESR27061.1

EGI93253.1 1 EIK63890.1 EMX18650.1 ESS57441.1

EGI99407.1 1 EIK67948. 1 EMX29506.1 ESU78166.1

EGJO 1620. 1 1 EIK70882.1 EMX36739.1 ETA69456.1

EGK 15386.1 1 EIQ05587.1 EMX46897.1 ETS92400, ]

EGK 19303.1 1 EIQ 18576, 1 EMX83235.1 EUB20316.1

EGK26882.1 1 EIQ26095.1 ENA04683.1 EXJB71374.1

EGK26884.1 1 EIQ71312.1 EN A38238, 1 EUB75197.1

EGK34653.1 1 EIQ76994.1 ENA43866.1 EUB84084.1

EGK34656.1 1 EIQ78394.1 ENC90052.1 EUB97023.1

EGK40304.1 1 EIZ02840.1 ENDS 1232.1 EUC12442.1

EGK58241.1 1 EJI92011.1 END90160.1 EWC58917.1

EGK62838.1 1 EJL03608.1 ENG95671.1 EWC60810.1

EGL98455.1 1 EJL08507.1 ENHO 1203.1 EWG73717.1

I ! 1.98460. 1 1 EJ049529.1 ENH07634.1 EWG77348.1

EGM68475.1 1 EKI50690.1 EODO 1056.1 EYD71048.1

EGM68534.1 1 EKP99013.1 EPA96228.1 EYD71269.1

EG094943.1 1 EKP99014.1 EPC 15663.1 EYD77132.1

EGP08625.1 1 EKQ02803.1 EPC38567.1 EYD83397.1

EGP13188.1 1 EKQ02804.1 EPF66737.1 EZJ36659.1

EHC87901.1 1 EKQ0999 .1 EPX75972.1 EZ.) 49393.1

EHC94859.1 1 EKQ09992.1 EPX79893.1 EZ.) 71231.1

EHC94874.1 1 EKQ 1508.1 EPX85529.1 EZ.) 83500, 1

K! 11)22909 ! 1 EKQ 1509.1 EPX86372.1 EZK 19977.1

EHE87725.1 1 EKQ18817.1 EQC66601 .1 EZP30980.1

EHE90319.1 1 EKQ21433.1 EQC671 19.1 EZP72267.1

EHP88849. 1 1 EKS52809.1 ERJ07090.1 GA078552.1

EHP90237.1 1 ELS26426.1 ERJ12441.1 GAP76203.1

EHU02113.1 1 ELW31551.1 ERL16034.1 KDA56789.1

EHU20119.1 1 EMS72676.1 ERL56578.1 KDE39162.1

EHU26736.1 1 EMU59716.1 ESN64144.1 KDM66230.1 KDM67094.1 1 KFD06768.1 KJL37417.1 KPP86129.1

KDM68717.1 1 KFD07842.1 KJL45196.1 KPQ30708.1

KDR44432.1 1 KFD17151.1 KJW30930. 1 KPW02487.1

KDU29207.1 1 KFE39747.1 KJX8701 1 .1 KPZ58476.1

KDW29935.1 1 KFE40588.1 KLU03251. 1 KPZ73698.1

KDX21151.1 1 KFL92212.1 KLY03824.1 KQJ13961.1

KDX45737.1 1 KGA92942.1 KMK68540.1 KQJ37165.1

KEA62619.1 1 KGB23003.1 KMM41085.1 KRK54316.1

KEC54001.1 1 KGM59804.1 KMM41943.1 KRK64371.1

KEJ45027. ί 1 KGM62416.1 K\ 106761 7 ! KSH09715.1

KEJ59156.1 1 KGM68326.1 KM073993.1 KST27486.1

KEJ73445.1 1 KGM71386.1 KM074679.1 KTZ 13476.1

KEK27105.1 1 KGM77872.1 KMQ 72910.1 KXL65724.1

KEK29881.1 1 KGM80580.1 KMY85028.1 KXQ42753.1

KEL65139.1 1 KGM83330.1 KMZ 12404.1 KYR53760.1

KEN53788.1 1 GM84983.1 K D54388.1 KYV67923.1

KEN65519.1 1 GM87536.1 K D59806.1 KYV72148.1

KEN98059.1 1 KGM88313.1 KNE76189.1 OAC43139.1

KEO08191.1 1 KHJ 19976.1 KNF62494.1 OA! 124264 1

KEO30Q74.1 1 KHN90703.1 K F819I3.1 OAJ89982.1

KEQ53465.1 1 KHQ55244.1 K F82765.1 OCS73051.1

KER02947.1 1 KID27997.1 KNH02424.1 OCV53530.1

KEYS 7491.1 1 KIH04277.1 KNH10085.1 ODH24445.1

KEZ18534.1 1 KIQ45687.1 KNX39995.1 OEI63490.1

KFC03280.1 1 KIQ47241 .1 KNX42257. 1 OEI65510.1

KFC05486.1 1 KIQ68453.1 KOA19269. 1 OFJ34340.1

KFC63691.1 1 KIQ68551 .1 KON65543. 1 OIR53362.1

KFC69417.1 1 KIR02360.1 KPA20904.1 OJF06953.1

KFC77644.1 ! KIR22223.1 KPA88263.1 SAY77725.1

KFC79295.1 1 KIS02883.1 KPO 1 1674.1 SEF59356.1

KFC83942.1 1 KIT 17643.1 KPO 18606.1

KFC88765.1 1 KIV66814.1 KP045157.1

KFC94984.1 1 KIV70876.1 KPO46605.1 [00110] A variety of microbes (e.g., bacteria) can be engineered to produce GAB A (e.g., by engineering one or more of the enzymes set forth in Table 2). For instance, any of the bacteria set forth in Table 10 can be engineered to produce GAB A, In other words, a bacteria having a 16S rDNA nucleotide sequence that is at least 50% similar to that set forth in Table 10 below can be engineered (e.g., with one of the enzymes in Tables 3-9) to produce GAB A. The bacteria may have a 16S rDNA sequence that is at least 60% similar, at least 70% similar, at least 80% similar, at least 90% similar, at least 91% similar, at least 92% similar, at least 93% similar, at least 94% similar, at least 95% similar, at least 96% similar, at least 97% similar, at least 98% similar, at least 99% similar, at least 99.5% similar, or 100% similar to the 16S rDNA nucleotide sequence given in Table 10.

[00111] As set forth in Example 8, E. coli was engineered to overexpress glutamate decarboxylase, which without wishing to be bound by theory, led to the expression of GABA by the engineered E. coli. As shown in Figure 6, the engineered E. coli was able to induce the growth of s. gahavorous KLE1738. GABA can be produced by intestinal epithelial cells and by some bacteria, such as Escherichia coli and Listeria monocytogenes, by decarboxylation of glutamate. In E. coli, the decarboxylation of glutamate can serve as a mechanism to decrease intracellular pH, and therefore in some embodiments GABA production generally occurs at a low pH.

[00112] As set forth in Example 8, Expression, e.g., overexpression of glutamate decarboxylase in E. coli (e.g., gadA or gadB), resulted in induction of E. gahavorous LE1738 growth to levels seen with B. fragilis KLE 1758. For instance, Figure 6A shows induction of E. gahavorous KLE 1738 in the presence of E. coli engineered to express glutamate decarboxylase gadA. Similarly, Figure 6B shows induction of E. gahavorous KLE 1738 in the presence of E. coli engineered to express glutamate decarboxylase gadB. As shown in Figure 6C, the growth of E. gahavorous KLE 1738 was qualitatively similar to that seen in the presence of B. fragilis KLE 1758. In contrast, as shown in Figure 6D, when E. coli was engineered to express gadC, a GABA antiporter, no growth of E. gahavorous KLE 738 was observed. Similarly, no growth of E. gahavorous KLE 1738 was observed in the presence of empty vehicle (Figure 6E). Without wishing to be bound by theory the results of Example 8 demonstrate that bacteria can be engineered to uce GABA (e.g., via the expression or overexpression of giutamate decarboxylase). In some embodiments, the bacteria (e.g., E. coli) can be engineered to produce GABA inside the human aut.

In some embodiments, the present disclosure also provides compromising one or more repressors of GABA production, (e.g., gadX or gadW). In some embodiments, these repressors can regulate the pH restrictions of GABA production in E. coli, is a way to increase native GABA production. This can be achieved, for instance, via gene deletions, insertions, or substitutions, as known by those skilled in the art of molecular biology.

Altering the pH of growth media for KLE1738 did not change the GABA- dependency phenotype. Without wishing to be bound by theory, this suggests that engineering bacteria to overexpress giutamate decarboxylase is an effective way to produce GABA, as well as induce the growth of E. gabavorous.

115] In addition to E. coli, other bacteria can be engineered to produce GABA (e.g., at a physiologically relevant pH, such as between 4.5 and 7.5), For instance, any of the bacteria set forth in Table 10 can be engineered to produce GABA (e.g., at a physiologically relevant pH, such as between 4,5 and 7.5). For example, the bacteria can be engineered to contain DNA that codes for one or more enzymes set forth in Table 3-9. Set forth in Table 10 is also a sequence ID number for the 16S nucleotide sequence of the listed bacteria. In some embodiments, the bacteria that are engineered to produce GABA can have at least 90% 16S sequence similarity to the 16S sequences given in Table 10 (e.g., at least 91% similarity, at least 92% similarity, at least 93%> similarity, at least 94%s similarity, at least 95% similarity, at least 96% similarity, at least 97% similarity, at least 98% similarity, at least 99% similarity, at least 99.5% similarity, at least 99.9% similarity, or 100% similarity).

Table 10. Bacteria Capable of Being Engineered to Produce GABA

Seq. ID

Species

No.

A hiotrophia defecti va 305

A hiotrophia para-adiacens 306

Ahiotrophia sp. 307

A cetanaerobacterium

308

elongatum

Acetivibrio cellulolyticus 309 Acetobacter pomorum 317 Actinobaculum sp. 357

Acetobacter syzygii 318 Actinomyces cardiffensis 358

Acetobacter Iropicalis 319 Actinomyces europaeus 359

Acetohacteraceae bacterium 320 Actinomyces junkei 360

Acholeplasma laidlawii 321 Actinomyces genomosp. 361

Achromobacter denitrificans 22 Actinomyces genomosp. 362

Achromobacter piechaudii 323 Actinomyces genomosp. 363

A chromobacter xvlosoxidans 324 Actinomyces georgiae 364

Acidaminococciis fermentans 325 A ctinomvces israelii 365

Acidaminococcus intestim 326 A ctinomvces massiliensis 366

A cidaminococcus sp. J Actinomyces meyeri 367

A cidi Johns saccharovorans 328 A ctinomyces naeslundii 368

A cidithiobacillus ferrivorans 329 A ctinomyces nasicola 369

Acidovorax sp. 330 A ctinomyces neuii 370

Acidovorax sp. 331 A ctinomyces odoniolyticus 371

Acinetohacter haumannii 332 Actinomyces oricola 7?

Acinetohacter calcoaceticus 333 A ctinomyces orihominis 373

Acinetohacter genomosp. 334 Actinomyces oris 374

Acinetohacter haemolyticus 335 Actinomyces sp. 375

Acinetohacter iohnsonii 336 Actinomyces sp. 376

A cinetohacter jimii 337 Actinomyces sp. 377

Acinetohacter voffii 338 Actinomyces sp. 378

Acinetohacter parvus 339 Actinomyces sp. 379

Acinetohacter radioresistens 340 Actinomyces sp. 380

Acinetohacter schindleri 341 Actinomyces sp. 381

Acinetohacter sp. 342 Actinomyces sp. 382

Acinetohacter sp. 343 Actinomyces sp. 383

A cinetohacter sp. 344 Actinomyces sp. 384

Acinetohacter sp. 345 Actinomyces sp. 385

Acinetohacter sp. 346 Actinomyces sp. 386

Acinetohacter sp. 347 Actinomyces sp. 387

Acinetohacter sp. 348 Actinomyces sp. 388

A ctinobacillus minor 349 Actinomyces sp. 389

Actinohacillus Actinomyces sp. 390

350

pleuropneumoniae Actinomyces sp. 391

Actinohacillus succinogenes 351 Actinomyces sp. 392

Actinohacillus succinogenes 352 Actinomyces sp. 393

Actinohacillus ureae 353 Actinomyces sp. 394

A ctinobaculum, massi!iae 354 Actinomyces sp. 395

A ctinobaculum schaalii 355 Actinomyces sp. 396

Actinobaculum sp. 356 Actinomyces sp. 397

1 1 Actinomyces sp. 398 Alistipes putredinis 437

Actinomyces sp. 399 Alistipes shahii 438

Actinomyces urogenitalis 400 Alistipes sp. 439

A ctinomyces viscosus 401 Alistipes sp. 440

Adlercreutzia equolifaciens 402 Alistipes sp. 441

A erococcus sanguinicola 403 A Ikaliphiliis metalliredigenes 442

Aerococciis urinae 404 A ikaliphiliis oremlandii 443

Aerococciis iirinaeequi 405 A lloscardovia omnicolens 444

A erococcus viridans 406 A lloscardovia sp. 445

Aeromicrobium marinum 407 Anaerobaculum

446

Aeromicrobium sp. 408 hydrogeniformans

A eromonas allosaccharophila 409 Anaerohiospirillum

447

Aeromonas enter opelogenes 410 succinic iproducens

Anaerohiospirillum thomasii 448

A eromonas hydrophila 411

Anaerococcus hydrogenalis 449

Aeromonas jandaei 412

Anaerococcus lactolvticus 450

Aeromonas salmonicida 413

Anaerococcus octavius 451

Aeromonas trota 414

Anaerococcus prevotii 452

Aeromonas veronii 415

Anaerococcus sp. 453

Afipia genomosp. 416

Aggregatibacter Anaerococcus sp. 454

417

actinomyceiemcomitans Anaerococcus sp. 455

Aggregatibacter aphrophilus 418 Anaerococcus sp. 456

Aggregatibacter segnis 419 Anaerococcus sp. 457

Agrobacierium radiobacter 420 Anaerococcus sp. 458

Agrobacierium tumefaciens 421 Anaerococcus sp. 459

Agrococeiis jenensis 422 Anaerococcus sp. 460

Akkermansia miiciniphila 423 Anaerococcus sp. 461

Alcaligenes faecalis 424 Anaerococcus tetradius 462

Alcaligenes sp. 425 Anaerococcus vaginalis 463

Alcaligenes sp. 426 Anaerofusiis stercorihominis 464

AlicycIobaciHus acidocaldarius 427 Anaeroglobus geminatus 465

AlicycIobaciHus acidoterrestris 428 Anaerosporobacter mobilis 466

A licyclobacillus contaminans 429 Anaerostipes caccae 467

A licyclobacillus Anaerostipes sp. 468

430

cycloheptanicus A naerotruncus colihominis 469

A licyclobacillus her bar ins 431 Anaplasma marginale 470

A licyclobacillus pomorum 432 A naplasma phagocy tophi him 471

AlicycIobaciHus sp. 433 Aneurinibacilhis anetirinilytictis 472

Alistipes finegoldii 434 Aneurinibacilhis danictis 473

A listipes indistinctus 435 Aneurinibacilhis migulanus 474

Alistipes onderdonkii 436 Aneurinibacilhis terranovensis 475 Aneurinibacillus Bacillus halodurans 516

476

thermoaerophilus Bacillus herbersieinensis 517

Anoxyhacillus contaminans 477 Bacillus horti 518

Anoxybacill s flavithermus 478 Bacillus idriensis 519

Arcanobacterium haemolyticum 479 Bacillus lentus 520

Arcanobacterium pyogenes 480 Bacillus licheniformis 521

A rcohacter buizleri 481 Bacillus megaterium 522

A rcohacter cryaerophilus 482 Bacillus nealsonii 523

Arthrobacier agilis 483 Bacillus niabensis 524

A rthrobacter arilaitensis 484 Bacillus niacini 525

Arthrobacier bergerei 485 Bacillus pocheonensis 526

Arthrobacier globiformis 486 Bacillus pumilus 527

Arthrobacier nicotianae 487 Bacillus safensis 528

Atopobium miniitum 488 Bacillus simple 529

Atopobium parvulum 489 Bacillus sonorensis 530

Atopobium, rimae 490 Bacillus sp. 53 1

Atopobium sp. 491 Bacillus sp. 53?

Atopobium sp. 492 Bacillus sp. 533

Atopobium sp. 493 Bacillus sp. 534

Atopobium sp. 494 Bacillus sp. 535

A topobi m vaginae 495 Bacillus sp. 536

A urantimonas corah cida 496 Bacillus sp. 537

A ureimonas altamirensis 497 Bacillus sp. 538

Auritibacter ignavus 498 Bacillus sp. 539

A very e Ha dalhousiensis 499 Bacillus sp. 540

Bacillus aeolius 500 Bacillus sp. 541

Bacillus aerophilus 501 Bacillus sp. 542

Bacillus aesiuarii 502 Bacillus sp. 543

Bacillus alcalophilus 503 Bacillus sp. 544

Bacillus amy loliquefac lens 504 Bacillus sp. 545

Bacillus atrophaeus 505 Bacillus sp. 546

Bacillus badius 506 Bacillus sp. 547

Bacillus cereus 507 Bacillus sp. 548

Bacillus circulans 508 Bacillus sp. 549

Bacillus clausii 509 Bacillus sp. 550

Bacillus coagulans 510 Bacillus sp. 551

Bacillus fir mus 51 1 Bacillus sp. 552

Bacillus flexus 512 Bacillus sp. 553

Bacillus fordii 513 Bacillus sp. 554

Bacillus gelatini 514 Bacillus sphaericus 555

Bacillus halmapalus 515 Bacillus sporothermodurans 556

1 1 ς Bacillus subtilis 557 Bacteroides sp. 598

Bacillus thermoamylo vorans 558 Bacteroides sp. 599

Bacillus thurmgiensis 559 Bacteroides sp. 600

Bacillus weihenstephanensis 560 Bacteroides sp. 601

Bacteroidales bacterium 561 Bacteroides sp. 602

Bacteroidales genomosp. 562 Bacteroides sp. 603

Bacteroidales genomosp. 563 Bacteroides sp. 604

Bacteroidales genomosp. 564 Bacteroides sp. 605

Bacteroidales genomosp. 565 Bacteroides sp. 606

Bacteroidales genomosp. 566 Bacteroides sp. 607

Bacteroidales genomosp. 567 Bacteroides sp. 608

Bacteroidales genomosp. 568 Bacteroides sp. 609

Bacteroidales genomosp. 569 Bacteroides sp. 610

Bacteroides acidifaciens 570 Bacteroides sp. 61 1

Bacteroides harnesiae 571 Bacteroides sp. 612

Bacteroides caccae 572 Bacteroides sp. 613

Bacteroides cel!ulosilyticus 573 Bacteroides sp. 614

Bacteroides clarus 574 Bacteroides sp. 615

Bacteroides coagulans 575 Bacteroides sp. 616

Bacteroides coprocola 576 Bacteroides sp. 617

Bacteroides coprophiliis 577 Bacteroides sp. 618

Bacteroides dorei 578 Bacteroides sp. 619

Bacteroides eggerthii 579 Bacteroides sp. 620

Bacteroides faecis 580 Bacteroides sp. 621

Bacteroides finegoldii 581 Bacteroides sp. 622

Bacteroides fluxus 582 Bacteroides sp. 623

Bacteroides fragilis 583 Bacteroides sp. 624

Bacteroides gaiactiironicus 584 Bacteroides sp. 625

Bacteroides helcogenes 585 Bacteroides sp. 626

Bacteroides heparinolyticus 586 Bacteroides sp. 627

Bacteroides intestinalis 587 Bacteroides sp. 628

Bacteroides massiliensis 588 Bacteroides sp. 629

Bacteroides nordii 589 Bacteroides sp. 630

Bacteroides oleiciplenus 590 Bacteroides sp. 631

Bacteroides ovaius 591 Bacteroides stercoris 632

Bacteroides pectmopkihis 592 Bacteroides thetaiotaomicron 633

Bacteroides pleheiiis 593 Bacteroides uniform is 634

Bacteroides pyogenes 594 Bacteroides ureolyticus 635

Bacteroides salanitronis 595 Bacteroides vulgatus 636

Bacteroides salver siae 596 Bacteroides xykmisolvens 637

Bacteroides sp. 597 Bacieroide tes bacterium 638 Bacteroidetes bacterium 639 Blautia glucerasea 678

Bacteroidetes bacterium 640 Blautia glucerasei 679

Barnesiella intestinihominis 641 Blautia hansenii 680

Barnesiella viscericola 642 Blautia hydrogenotrophica 681

Bartonella bacilliformis 643 Blautia luti 682

Bartonella grahamii 644 Blautia producta 683

Bartonella henselae 645 Blautia schinkii 684

Bartonella quiniana 646 Blautia sp. 685

Bartonella tamiae 647 Blautia stercoris 686

Bartonella washoensis 648 Blautia wexlerae 687

Bdellovibrio sp. 649 Brachybacterium alimentarium 688

Bifidohacteriaceae genomosp. 650 Brachybacterium

689

Bifidobacterium adolescentis 651 conglomeratum

Bifidobacterium angu latum 652 Brachybacterium

690

Bifidobacterium animalis 653 tyrofermentans

Brachyspira aal borgi 691

Bifidobacteriu bifid am 654

Brachyspira pilosicoli 692

Bifidobacterium breve 655

Brachyspira sp. 693

Bifidobacterium catenidatum 656

Brachyspira sp. 694

Bifidobacterium gallicum 657

Brachyspira sp. 695

Bifidobacterium infantis 658

Bifidobacterium Brevibacillus agri 696

659

kashiwanohense Brevibacillus h re vis 697

Bifidobacterium longurn 660 Brevibacillus centrosporus 698

Bifidobacterium Brevibacillus choshinensis 699

661

pseudocatemdatum Brevibacillus invocatus 700

Bifidobacterium pseudolongum 662 Brevibacillus laterosporus 701

Bifidobacterium scardovii 663 Brevibacillus parabrevis 702

Bifidobacterium sp. 664 Brevibacillus reuszeri 703

Bifidobacterium sp. 665 Brevibacillus sp. 704

Bifidobacterium sp. 666 Brevibacillus thermoruber 705

Bifidobacterium sp. 667 Brevibacterium aurantiacum 706

Bifidobacterium sp. 668 Brevibacterium casei 707

Bifidobacterium thermophilum 669 Brevibacterium epidermidis 708

Bifidobacterium urinal is 670 Brevibacterium frigoritolerans 709

Bilophila wadsworihia 671 Brevibacterium linens 710

Bisgaard Taxon 672 Brevibacterium mchrellneri 71

Bisgaard Taxon 673 Brevibacterium paucivorans 712

Bisgaard Taxon 674 Brevibacterium sanguinis 713

Bisgaard Taxon 675 Brevibacterium sp. 714

Blastomonas natatoria 676 Brevibacterium sp. 715

Blautia coccoides 677 Brevundimonas subvibrioides 716 Bryantella formatexigens Ill Christensenella minuia 757

Buchnera aphidicola 718 Chromobacterm^' m violaceum 758

Bulleidia exiructa 719 Chryseohacterium anthropi 759

Butyricicoccus pullicaecorum 79 η Chryseobacterhim gleum 760

Biityricimonas virosa 111 Chryseobacterhim hominis 761

Btityrivihrio crossotus 7? 9 Citrobacier amalonaticus 762

Butyrivibrio fibrisolvens 723 Citrohacier braakii 763

Caldimonas manganoxidans 724 Citrobacier farmeri 764

Caminicella sporogenes 725 Citrobacier fre ndii 765

Candidates arihromitus 726 Citrobacier gillemi 766

Candidatus sulcia I A I Citrobacier koseri 767

Capnocytophaga canimorsiis 728 Citrobacier murliniae 768

Capnocytophaga genomosp. 729 Citrobacier rodentium 769

C apnocytophaga. gingivalis 730 Citrobacier sedlakii 770

C apnocytophaga granulosa 731 Citrobacier sp. 771

C apnocytophaga. ochracea 732 Citrobacier sp. 77?

Capnocytophaga sp. 733 Citrobacier w erkmanii 773

Capnocytophaga sp. 734 Citrobacier yoimgae 774

Capnocytophaga sp. 735 Cloacibacilliis evr ensis 775

Capnocytophaga sp. 736 Clostridiaceae bacterium 776

Capnocytophaga sp. 737 Clostridiaceae bacterium 777

Capnocytophaga sp. 738 Clost.ridi.al.es bacterium 778

Capnocytophaga sp. 739 Clost.ridial.es bacterium. 779

Capnocytophaga sputigena 740 Clostridial.es bacterium 780

Cardiobacteriii hominis 741 Clostridial.es bacterium 781

Cardiobacteriiim valvarum 742 Clostridiales bacterium 782

Carnobacierium divergens 743 Clostridiales bacterium 783

Carnobacierium Clostridiales bacterium 784

744

maltaromaticum Clostridiales bacterium 785

Catabacter hongkongensis 745 Clostridiales genomosp. 786

Catenibacterium mitsuokai 746 Clostridiales sp. 787

Catonella genomosp. 747 Clostridiales sp. 788

Catonella morbi 748 Clostridiales sp. 789

Catonella sp. 749 Clostridium acetobu licum 790

Cedecea. davisae 750 Clostridium aerotolerans 791

Cellu simicrobium junket 751 Clostridiu aldenense 792

Cetohacterium somerae 752 Clostridiu aldrichii 793

Chlamydiales bacterium 753 Clostridium algidicarnis 794

Chlamydiales bacterium 754 Clostridium algidixy aiwlyticum. 795

Chlamydiales bacterium 755 Clostridium aminovalericum 796

Chloroflexi genomosp. 756 Clostridium amygdalinum 797 Clostridium argeniinense 798 Clostridium irregulare 838

Clostridium asparagiforme 799 Clostridium isaiidis 839

Clostridium baratii 800 Clostridium kluyveri. 840

Clostridium, bar tie itii 801 Clostridium lactatifermentans 841

Clostridium beijerinckii 802 Clostridium lavalense 842

Clostridium bifermentcms 803 Clostridium leptum 843

Clostridium holieae 804 Clostridium limosum 844

Clostridium hutyricum 805 Clostridium magnum 845

Clostridium cadaveris 806 Clostridiu malenominatum 846

Clostridium carboxidi vorans 807 Clostridiu mayombei. 847

Clostridium carnis 808 Clostridium methylpentosum. 848

Clostridium celatum 809 Clostridium nexile 849

Clostridium celerecrescens 810 Clostridium novyi 850

Clostridium, cellulosi 811 Clostridium orbiscindens 851

Clostridium, chauvoei 812 Clostridium oroticum 852

Clostridium ciironiae 813 Clostridium parap. u.tr ificum 853

Clostridium, clariflavum 814 Clostridium phyiofermentans 854

Clostridium, dostridioforme 815 Clostridium piliforme 855

Clostridium coccoides 816 Clostridium putrefaciens 856

Clostridium cochlearium 817 Clostridium q inii 857

Clostridium cocleatum 818 Clostridium ramosum 858

Clostridium col i mis 819 Clostridium rectum 859

Clostridium colinum 820 Clostridiu saccharogumia 860

Clostridium disporicum 821 Clostridium saccharolyticum 861

Clostridium estertheticum 822 Clostridium saccharolyticum 862

Clostridium folia 823 Clostridium sardiniense 863

Clostridium favososporum 824 Clostridium sartagoforme 864

Clostridium, felsineum 825 Clostridium scindens 865

Clostridium frigidicarnis 826 Clostridium sepiicum 866

Clostridium gasigenes 827 Clostridium sordellu 867

Clostridium, ghonii 828 Clostridium sp. 868

Clostridium glycol ic am 829 Clostridium sp. 869

Clostridium, Clostridium sp. 870

830

glycyrrhizinilyticum Clostridium sp. 871

Clostridium haemolyticum 831 Clostridium sp. 872

Clostridium hathewavi 832 Clostridiu sp. 873

Clostridium hiranonis 833 Clostridiu sp. 874

Clostridium, histolyticum 834 Clostridium sp. 875

Clostridium, hylemonae 835 Clostridium sp. 876

Clostridium indolis 836 Clostridium sp. 877

Clostridium innocuum 837 Clostridium sp. 878

1 1 Q Clostridium sp. 879 Coriohacteriaceae bacterium 920

Clostridium sp. 880 Coriohacteriaceae bacterium 921

Clostridium sp. 881 Coryne bacterium accolens 922

Clostridium, sp. 882 Coryne bacterium

923

Clostridium sp. 883 ammoniagenes

Clostridium sp. 884 C orynebacterium appendicis 924

Clostridium sphenoides 885 Coryne bacterium

925

Clostridium spiroforme 886 argentoratense

Coryne bacterium atypicum 926

Clostridium sporogenes 887

Clostridium sporosphaeroides 888 C Orvnebacterium aurimucosum 927

C orynebacterium bovis 928

Clostridium stercorarium 889

C orynebacterium cards 929

Clostridium sticklandii 890

Coryne bacterium casei 930

Clostridium straminisolvens 891

Coryne bac terium confusum 931

Clostridium subterminale 892

Coryne bacterium coyleae 932

Clostridium, sulfidigenes 893

Corynebacterium durum 933

Clostridium symbiosum 894

Corynebacterium efficiens 934

Clostridium, iertiim 895

Coryne bac ter ium falsenii 935

Clostridium, tetani 896

Corynebacterium flavescens 936

Clostridium thermocellum 897

Corynebacterium genitalium 937

Clostridium tyrohutyricum 898

Corynebacterium glauciim 938

Clostridium viride 899

Coryne bac terium

Clostridium xylanolyticum 900 939 glucuronolyticum

Collinsella aerofaciens 901

Corynebacterium gluiamicum 940

Collinsella intestinalis 902

Corynebacterium hansenii 941

Collinsella stercoris 903

Coryne bacterium imitans 942

Collinsella tanakaei 904

Corynebacterium kroppensiedtii 943

Comamonadaceae bacterium 905

Coryne bacterium

Comamonadaceae bacterium 906 944 lipophiloflavum

Comamonadaceae bacterium 907 Corynebacterium macginleyi 945

Comamonadaceae bacterium 908 Coryne bacterium, mastitidis 946

Comamonadaceae bacterium 909 Corynebacterium matruchotii 947

Comamonas sp. 910 Corynebacterium minutissimtim 948

Conchiformibius kuhniae 91 1 Corynebacterium mucifaciens 949

Coprobacillus cateniformis 912 Corynebacterium propinquiim 950

Coprobacillus sp. 913 Coryne bac terium

Coprobacillus sp. 914 951 pseudodiphtheriticum

Coprococcus catus 915 Coryne bacterium

952

Coprococcus comes 916 pseudogenitalium

Coprococcus eutactus 917 Coryne bac terium

953

Coprococcus sp. 918 pseudotuberculosis

Coriohacteriaceae bacterium 919

1 0 Corynebacterium Desulfovibrio fairfieldensis 992

954

pyrtiviciprodticens Desulfovibrio piger 993

Coryne bacterium renale 955 Desulfovibrio sp. 994

Corynebacterium resistens 956 Desulfovibrio vulgaris 995

Corynebacterium riegelii 957 Dialister invisus 996

Corynebacterium simulans 958 Dialister micraerophilus 997

Coryne bactermm singular e 959 Dialister microaerophilus 998

Coryne bactermm sp. 960 Dialister pneumosintes 999

Coryne bac terium sp. 961 Dialister propionicifaciens 1000

Coryne bac terium sp. 962 Dialister sp. 1001

Coryne bacteriu sp. 963 Dialister succinatiphilus 1002

Coryne bacterium sp. 964 Dietzia natronolimnaea 1003

Corynebacterium sundsvallense 965 Dietzia sp. 1004

Coryne bacterium

966 Dietzia sp. 1005 tuber culosiearicum Dietzia timorensis 1006

Coryne bac ter ium tuscaniae 967

Dorea formicigenerans 1007

Corynebacterium ulcer ans 968

Dorea !ongicatena 1008

Coryne bacterium

969 Dysgonomonas gadei 1009 ureicelerivorans

Dysgonomonas mossii 1010

Corynebacterium variabile 970

Edvardsiella tarda 1011

Cronohacier malonaticus 971

Eggerthetta lenta 1012

Cronohacier sakazakii 972

Eggerihella sinensis 1013

Cronohacier turicensis 973

Eggerthetta sp. 1014

Cryptohacterhirn curium. 974

Eggerthetta sp. 1015

Cupriavidus metattidurans 975

Eggerthetta sp. 1016

Cytophaga xylanolytica 976

Eikenetta corrodens 1017

Deferribacteres sp. 977

Enhydrobacter aerosaccus 1018

Deferribacteres sp. 978

Enterobacter aerogenes 1019

Deferribacteres sp. 979

Enterobacter asburiae 1020

De inococcus radiodurans 980

Enterobacter cancerogenus 1021

Deinococcus sp. 981

Enterobacter cloacae 1022

Delftia acidovorans 982

Enterobacter cowanii 1023

Dermabacter hominis 983

Enterobacter hormaechei 1024

Dermacoccus sp. 984

Enterobacter sp. 1025

Desmospora activa 985

Enterobacter sp. 1026

Desmospora sp. 986

Enterobacter sp. 1027

Desu!fitohacterium jrappieri 987

Enterobacter sp. 1028

Desu!fitobacterium hafniense 988

Enterobacter sp. 1029

Desulfohulhus sp. 989

Enterobacteriaceae bacterium 1030

Desulfotomaculum nigrificans 990

Enterohacteriaceae bacterium 1031

Desulfovibrio desulfiiricans 991

Enterobacteriaceae bacterium 1032

1 9 1 Enierococcus avium 1033 Eubacterium coprostanoligen.es 1074

Enierococcus caccae 1034 EMbacteriu cylmdroid.es 1075

Enierococcus casseliflavus 1035 EMbacteriu desmolans 1076

Enierococcus durans 1036 Eubacterium dolichum 1077

Enierococcus faecalis 1037 Eubacterium eligens 1078

Enierococcus faecium 1038 Eubacterium fissicatena 1079

Enierococcus gaUinarum. 1039 Eubacterium hadrum 1080

Enierococcus gilvus 1040 Eubacterium hailii 1081

Enierococcus hawaiiensis 1041 Eubacterium infirmu 1082

Enierococcus hirae 1042 Eubacierium iimosum. 1083

Enierococcus italicus 1043 Eubacterium moniliforme 1084

Enierococcus mundtii 1044 Eubacterium multiforme 1085

Enierococcus raffinosus 1045 Eubacterium nitritogenes 1086

Enierococcus sp. 1046 Eubacterium nodatum 1087

Enierococcus sp. 1047 Eubacterium ramuius 1088

Enierococcus sp. 1048 EMbacteriu rectaie 1089

Enierococcus sp. 1049 Eubacterium ruminantium 1090

Enierococcus thailandicus 1050 Eubacterium saburreum 1091

Eremococcus coleocola 1051 Eubacterium saphenum 1092

Erysipelothrix inopinata 1052 Eubacterium siraeum 1093

Erysipelothrix rhusiopathiae 1053 Eubacterium sp. 1094

Erysipelothrix tonsillarum 1054 Eubacterium sp. 1095

Erysipelotrichaceae bacterium 1055 Eubacierium sp. 1096

Erysipelotrichaceae bacterium 1056 Eubacterium sp. 1097

Escherichia albertii 1057 Eubacterium sp. 1098

Escherichia coli 1058 Eubacterium sp. 1099

Escherichia fergusonii 1059 Eubacterium sp. 1100

Escherichia hermannii 1060 Eubacterium sp. 1101

Escherichia sp. 1061 Eubacterium sp. 1102

Escherichia sp. 1062 Eubacterium sp. 1 103

Escherichia sp. 1063 Eubacterium sp. 1 104

Escherichia vulneris 1064 Eubacterium tenue 1 105

Ethanoligenens harbinense 1065 Eubacterium tortuosum 1 106

Eubacteriaceae bacterium 1066 Eubacterium ventriosum 1 107

Eubacterium. barkeri 1067 Eubacterium xylanophilum 1 108

EjAbacterium biforme 1068 Eubacierium vurii 1 109

EjAbacterium brachy 1069 Ew ingella americana 1110

Eubacterium, budayi 1070 Exiguobacierium acetylicim 1111

Eubacterium, callanderi 1071 Fackiamia hominis 1112

Eubacterium cellulosolvens 1072 Faecalibacterium prausnitzii 1113

Eubacierium contortum 1073 Filifactor alocis 1114

1 9 Fill factor villosus 1115 Gemella haemolysans 1156

Finegoldia. magna 1116 Gemella. morhilloru 1 157

Flavohacteriaceae genomosp. 1117 Gemella. morhilloru 1 158

Flavohacterium sp. 1118 Gemella sanguinis 1 159

Flavonifracior plautii 1119 Gemella sp. 1 160

Flexispira rappini 1 120 Gemella sp. 1 161

Flexistipes sinusarabici 1 121 Gemella sp. 1 162

Francisella novicida 1 122 Gemella sp. 1 163

Francisella philomiragia 1 123 Gemmiger formicilis 1 64

Fulvimonas sp. 1 124 Geobacillus kaustophilus 1 65

Fusohacterium canifelinum 1125 Geohacillus sp. 1166

Fusohacterium genomosp. 1126 Geobacillus sp. 1167

Fusobacteriiim genomosp. 1127 Geobacillus stearothermophilus 1168

Fusohacterhim gonidiaformans 1128 Geohacillus ihermocateniilatus 1169

Fusohacterhim. mortiferum 1129 Geohacillus ihermodenitrificans 1170

Fusohacterhim naviforme 1130 Geobacillus

1 171

F sohacterium. necrogenes 1131 thermoglucosidasius

F sohacterium. necrophorum 1132 Geobacillus thermoleovorans 1172

Fiisohacterium nucleatiim 1133 Geobacter bemidjiensis 1173

Fiisohacterium periodontium 1 134 Gloeobacter violaceiis 1174

Fiisohacterium russii 1 135 Giuconacetobacier

1 175

Fusohacterium sp. 1 136 azotocaptans

Gluconacetobacter

Fusohacterium sp. 1 137 1176 diazotrophicus

Fusobacteriiim sp. 1 138

Gluconacetobacter entanii 1 177

Fusobacteriiim sp. 1139

Gluconacetobacter europaeus 1 178

Fusobacteriiim sp. 1140

Gluconacetobacter hansenii 1 179

Fusobacteriiim sp. 1141

Gluconacetobacter johannae 1 180

Fusohacterhim sp. 1142

Gluconacetobacter ohoediens 1 181

Fusohacterium sp. 1143

Gluconacetobacter xylinus 1 82

Fusohacterium sp. 1144

Gordonia hronchialis 1 83

Fiisohacterium sp. 1145

Gordonia polyisoprenivorans 1184

Fiisohacterium sp. 1146

Gordonia sp. 1185

F sohacterium sp. 1 147

Gordonia sputi 1186

F sohacterium sp. 1 148

Gordonia terrae 1187

Fusohacterium sp. 1 149

Gordonihacter pamelaeae 1188

Fusohacterium sp. 1 150

Gordonibacier pamelaeae 1 189

Fusohacterium sp. 1 151

Gracilibacter thermotolerans 1 190

Fusohacterium sp. 1152

Gramellafor e tii 1 191

Fusohacterium iilcerans 1153

Granulicatella adiacens 1 192

Fusohacterium varium 1154

Granulicatella e legal is 1 193

Gardnerella vaginalis 1155

1 Granidicatella paradiacem 1194 Holdemania filiformis 1234

Granulicatella sp. 1195 Hydrogenoanaerobacterium

1235

Granidicatella sp. 1196 saccharovorans

Granulicatella sp. 1197 Hyperthermia butylicus 1236

Granulicatella sp. 1198 Hyphomicrobium sulfonivorans 1237

Granulicatella sp. 1 199 Hyphomonas neptunium 1238

Grimoniia hollisae 1200 Ignatzschineria indica 1239

Haematobacter sp. 1201 Ignatzschineria sp. 1240

Haemophilus aegyptius 1202 Ignicoccus islandicus 1241

Haemophilus genomosp. 1203 Inquiliniis limosus 1242

Haemophilus genomosp. 1204 Janibacter limosus 1243

Haemophilus haemolytictis 1205 Janibacter melonis 1244

Haemophilus parahaemolyticus 1206 Janthinobacteritim sp. 1245

Haemophilus parainfluemae 1207 Johnsonella ignava 1246

Haemophilus Jonquetella anthropi 1247

1208

paraphrophaemolyticus Kerstersia gytonaii 1248

Haemophilus parasuis 1209 Kingella denitrijicans 1249

Haemophilus somnus 1210 Kingella genomosp. 1250

Haemophilus sp. 1211 Kingella kingae 1251

Haemophilus sp. 1212 Kingella oralis 1252

Haemophilus sp. 1213 Kingella sp. 1253

Haemophilus sp. 1214 Klebsiella sp. 1254

Haemophilus sp. 1215 Klebsiella sp. 1255

Haemophilus sp. 1216 Klebsiella sp. 1256

Haemophilus sp. 1217 Klebsiella sp. 1257

Haemophilus sp. 1218 Klebsiella sp. 1258

Haemophilus sputorum 219 Klebsiella sp. 1259

Hafnia alvei 1220 Klebsiella sp. 1260

Halomonas elongata 1221 Klebsiella sp. 1261

Halomonas johnsoniae 1222 Klebsiella sp. 1262

Halorubrum lipoly ticum 1223 Klebsiella sp. 1263

Helicobacter bills 1224 Klebsiella sp. 1264

Helicobacter canadensis 1225 Klebsiella variicola 1265

Helicobacter cinaedi 1226 Kluyvera ascorbata 1266

Helicobacter pullorum 1227 Kluyvera cryocrescens 1267

Helicobacter sp. 1228 Kocuria marina 1268

Helicobacter winghamensis 1229 Kocuria palustris 1269

Heliobacterium modesticaldti 1230 Kocuria rhizophila 1270

H erbaspirillum seropedicae 1231 Kocuria rosea 1271

Herbaspirillum sp. 1232 Kocuria varians 1272

Histophilus somni 1233 Lachnobacterium bovis 1273

1 94 Lachnospira multipara 1274 LMCtobacillus genomosp. 1315

Lachnospira pectinoschiza 1275 Lactobacillus helve ticus 1316

Lachnospiraceae bacterium 1276 LMCtobacillus hilgardii 1317

Lachnospiraceae bacterium 1277 Lactobacillus hominis 1318

Lachnospiraceae bacterium 1278 Lactobacillus iners 1319

Lachnospiraceae bacterium 1279 Lactobacillus jensenii 1320

Lachnospiraceae bacterium 1280 Lactobacillus johnsonii 1321

Lachnospiraceae bacterium 1281 Lactobacillus kalixensis 1322

Lachnospiraceae bacterium 1282 Lactobacillus kefir anofaciens 1323

Lachnospiraceae bacterium 1283 Lactobacillus kefir i 1324

Lachnospiraceae bacterium 1284 Lactobacillus kimchii 1325

Lachnospiraceae bacterium 1285 Lactobacillus leichmannii 1326

Lachnospiraceae bacterium 1286 Lactobacillus mucosae 1327

Lachnospiraceae bacterium 1287 LMCtobacillus murinus 1328

Lachnospiraceae bacterium 1288 LMCtobacillus nodensis 1329

Lachnospiraceae bacterium 1289 LMCtobacillus oeni 1330

Lachnospiraceae bacterium 1290 Lactobacillus oris 1331

Lachnospiraceae bacterium 1291 Lactobacillus parabrevis 1332

Lachnospiraceae bacterium 1292 Lactobacillus parabuchneri 1333

Lachnospiraceae genomosp. 1293 Lactobacillus paracasei 1334

Lactobacillus acidipiscis 1294 Lactobacillus parakefiri 1335

Lactobacillus acidophilus 1295 Lactobacillus pentosus 1336

Lactobacillus alimentarius 1296 Lactobacillus perolens 1337

Lactobacillus amylolyticus 1297 Lactobacillus plantarum 1338

Lactobacillus amylovorus 1298 Lactobacillus pontis 1339

Lactobacillus antri 1299 LMCtobacillus reuteri 1340

Lactobacillus brevis 1300 LMCtobacillus rhamnosus 1341

Lactobacillus huchneri 1301 LMCtobacillus rogosae 1342

Lactobacillus casei 1302 LMCtobacillus ruminis 1343

Lactobacil las catenaformis 1303 LMCtobacillus sakei 1344

Lactobacillus coleohominis 1304 Lactobacillus salivarius 1345

Lactobacillus coryniformis 1305 Lactobacillus saniviri 1346

Lactobacillus crispatus 306 Lactobacillus senioris 1347

Lactobacillus curvatus 1307 Lactobacillus sp. 1348

Lactobacillus delbrueckii 1308 Lactobacillus sp. 1349

Lactobacillus dextrinicus 1309 Lactobacillus sp. 1350

Lactobacillus farciminis 1310 Lactobacillus sp. 1351

Lactobacillus fermentum 1311 Lactobacillus sp. 1352

Lactobacillus gasseri 1312 Lactobacillus sp. 1353

Lactobacillus gastricus 1313 LMCtobacillus sp. 1354

Lactobacillus genomosp. 1314 LMCtobacillus sp. 1355 Lactobacillus sp. 1356 Leuconostoc kimchii 1397

Lactobacillus sp. 1357 Leuconostoc lactis 1398

Lactobacillus sp. 1358 Leuconostoc mese nteroi.de s 1399

Lactobacillus sp. 1359 Leuconostoc

1400

Lactobacillus sp. 1360 pseudomesenieroid.es

Lactobacillus sp. 1361 Listeria innocua 1401

Lactobacillus sp. 1362 L steria ivanovii 1402

Lactobacillus sp. 1363 LMteococcus sanguinis 1403

Lactobacillus sp. 1364 Lulispora thermophila. 1404

Lactobacillus sp. 1365 Lysinibacillus fusiformis 1405

Lactobacillus tucce ti 1366 Lysinibacilliis sphaericus 1406

Lactobacillus ultunensis 1367 Macrococcus caseolyticus 1407

Lactobacillus vaginalis 1368 Mannheimia haemolytica 1408

Lactobacillus vini 1369 Marvinbryantia formatexigens 1409

Lactobacillus vi in linns 1370 Mass ilia sp. 1410

Lactobacillus zeae 1371 Megamonas funiformis 1411

Lactococcus garvieae 1372 Megamonas hypermegale 1412

Lactococcus lactis 1373 Megasphaera genomosp. 1413

LMCtococcus raffmolactis 1374 Megasphaera genomosp. 1414

LMCtonifactor longoviformis 1375 Megasphaera micronuciformis 1415

I. ari barter kongkongensis 1376 Megasphaera sp. 1416

Lautropia mirabilis 1377 Megasphaera sp. 1417

Lautropia. sp. 1378 Metal. losphaera sedula. 1418

Leminorella grimontii 1379 Methanobacierium. formicicum 1419

Leminorella richardii 1380 Methanobrevibacter

1420

Leptotrichia buccalis 1381 acididurans

Methanobrevibacter

Leptotrichia geno osp. 1382 1421 arboriphilus

Leptotrichia goodfellowii 1383

Methanobrevibacter cnrvatus 1422

Leptotrichia hofstadu 1384

Methanobrevibacter cuticularis 1423

Leptotrichia shahii 1385

Methanobrevibacter filiformis 1424

Leptotrichia sp. 1386

Methanobrevibacter

Leptotrichia sp. 1387 1425 gottschalkii

Leptotrichia sp. 1388 Methanobrevibacter millerae 1426

Leptotrichia sp. 1389 Methanobrevibacter ollevae 1427

Leptotrichia sp. 1390 Methanobrevibacter oralis 1428

Leptotrichia. sp. 1391 Methanobrevibacter

Leptotrichia. sp. 1392 1429 ruminaniium

Leuconostoc carnosum 1393 Methanobrevibacter smithii 1430

Leuconostoc citreum 1394 Methanobrevibacter thaueri 1431

Leuconostoc gasicomitatum 1395 Methanobrevibacter woesei 1432

Leuconostoc inhae 1396

1 9ή Meihanobrevibacter wolinii 1433 Moraxe lla osloensis 1474

Methanosphaera stadtmcmae 1434 Moraxella sp. 1475

Methylobacieriinn extorquens 1435 Moraxella sp. 1476

Methylohacierium podarium 1436 Morganella morgans i 1477

Methyiohacterinm radiotolerans 1437 Morganella sp. 1478

Methyiohacterinm sp. 1438 Morococcus cerebrosus 1479

Methyiohacterinm sp. 1439 Moryella indoligenes 1480

Methyiocella silvestris 1440 Mycobacterium sp. 1481

Meihylophilus sp. 1441 Mycobacterium sp. 1482

Microbacterium chocolaium 1442 Mycobacterium sp. 1483

M icrobacterium flavescens 1443 Mycobacterium sp. 1484

Microbacterium gubbeenense 1444 Mycobacterium sp. 1485

Microbacterium lacticum 1445 Mycobacterium sp. 1486

Microbacterium oleivorans 1446 Mycobacterium sp. 1487

Microbacterium oxydans 1447 Mycobacterium sp. 1488

Microbacteriu paraoxydans 1448 Mycobacterium sp. 1489

Microbacterium phyllosphaerae 1449 Mycobacterium sp. 1490

Microbacterium schleiferi 1450 Mycobacterium sp. 1491

Microbacterium sp. 1451 Mycobacterium sp. 1492

Microbacterium sp. 1452 Mycobacterium sp. 1493

Microbacterium iesiaceum 1453 Mycobacterium sp. 1494

Micrococcus aniarcticus 1454 Mycobacterium sp. 1495

Micrococcus luteus 1455 Mycoplasma agalactiae 1496

Micrococcus lylae 1456 Mycoplasma amphoriforme 1497

Micrococcus sp. 1457 Mycoplasma arthritidis 1498

Microcystis aeruginosa 1458 Mycoplasma hovoculi 1499

Mitsuokella ialaludinii 1459 Mycoplasma faucium 1500

Mitsuokella muitacida 1460 Mycoplasma fermentans 1501

Mitsuokella. sp. 1461 Mycoplasma flocculare 1502

Mitsuokella sp. 1462 Mycoplasma geniialium 1503

Mobiluncus curiisii 1463 Mycoplasma hominis 1504

Mobiluncus mulieris 1464 Mycoplasma or ale 1505

Moellerella wisconse sis 1465 Mycoplasma ovipneumoniae 1 506

Mogibacterium diver sum 1466 Mycoplasma penetrans 1 507

Mogibacterium neglecium 1467 Mycoplasma pneumoniae 1508

Mogibacterium pumilum 1468 Mycoplasma puirefaciens 1509

Mogibacterium timidum 1469 Mycoplasma salivariurn 1510

Mollicutes bacterium 1470 Mycoplasmaiaceae genomosp. 1511

Moorella thermoacetica 1471 Myroides odoratimimus 1512

Moraxella catarrhalis 1472 Myroides sp. 1513

Moraxella lincolnii 1473 Neisseria hacilliformis 1514

1 7 Neisseria cinerea 1515 Olsenetta sp. 1554

Neisseria elongata 1516 Olsenetta sp. 1555

Neisseria flavescens 1517 Olsenetta uli 1556

Neisseria, genomosp. 1518 Opitutus terrae 1557

Neisseria lactamica 1519 Oribacterium sinus 1558

Neisseria macacae 1520 Oribacterium sp. 1559

Neisseria mucosa 1521 Oribacterium sp. 1 560

Neisseria pharyngis 1522 Oribacterium sp. 1561

Neisseria polysaccharea 1523 Oribacterium sp. 1562

Neisseria sicca 1524 Oribacterium sp. 1563

Neisseria sp. 1525 Oribacterium sp. 1564

Neisseria sp. 1526 Oribacterium sp. 1565

Neisseria sp. 1527 Oribacterium sp. 1566

Neisseria sp. 1528 Ornithinibacillus havariensis 1567

Neisseria sp. 1529 OrnithinibaciUus sp. 1568

Neisseria sp. 1530 Oscittibacter sp. 1569

Neisseria sp. 1531 Oscittibacter valericigenes 1570

Neisseria subflava 1532 Oscittospira giiittiermondu 1571

Neorickettsia risiicii 1533 Oxalobacter for mi genes 1572

Neorickettsia sennetsu 1534 Paenibacillus harcinonensis 1573

Nocardia hrasiliensis 1535 Paenibacillus harengoltzii 1574

Nocardia cyriacigeorgica 1536 Paenibacillus chibensis 1575

Nocardia farcinica 1537 Paenibacillus cookii 1576

Nocardia pnris 1538 Paenibacillus dnrus 1577

Nocardia sp. 1539 Paenibacillus glucanolyticus 1578

Nocardiopsis dassonvittei 1540 Paenibacillus lactis 1579

Novosphingobium Paenibacillus lautus 1580

1541

aromaticivorans Paenibacillus ub uli 1581

Oceanohacillus caeni 1542 Paenibacillus poly myxa 1582

Oceanohacillus sp. 1543 Paenibacillus pop ill iae 1583

Ochrobactrum anthropi 1544 Paenibacillus sp. 1584

Ochrobactrum intermedium 1545 Paenibacillus sp. 1585

Ochrobactrum

1546 Paenibacillus sp. 1 586 pseudintermedium Paenibacillus sp. 1 587

Odoribacter laneus 1547

Paenibacillus sp. 1588

Odoribacter splanchnicus 1548

Paenibacillus sp. 1589

Okadael la gastrococcus 1549

Paenibacillus sp. 1590

Oligella ureolytica 1550

Paenibacillus timonensis 1591

Oligella urethral is 1551

Pantoea agglomerans 1592

Olsenetta genomosp. 1552

Pantoea ananatis 1593

Olsenetta profusa 1553

Pantoea hrenneri 1594

1 98 Pantoea citrea 1595 Peptoniphilus sp. 1635

Pantoea conspicua 1596 Peptoniphilus sp. 1636

Pantoea septica 1597 Pepiostreptococcaceae

1637

Papillibacter cinnamivorans 1598 bacterium

Parahacteroides distasonis 1599 Peptostreptococcus anaerobitis 1638

Parabacteroides goldsteinii 1600 Pepiostreptococcus micros 1639

Parahacteroides gordonii 1601 Peptostreptococcus sp. 1640

Parahacteroides johnsonii 1602 Pepiostreptococcus sp. 1641

Parabacteroides merdae 1603 Peptostreptococcus sp. 1642

Parabacteroides sp. 1604 Peptostreptococcus sp. 1643

Parabacteroides sp. 1605 Peptostreptococcus stomaiis 1644

Parachlamydia sp. 1606 Phascolarctobacterium faecium 1645

Paracoccus denitrificans 1607 Phascolarctobacterium sp. 1646

Paracoccus marcusii 1608 Phascolarctobacterium

1647

Paraprevotella clara 1609 succinatutens

P he nylo bacterium ziicine urn 1648

Paraprevotella xylaniphila 1610

Photorhabdus asymbiotica 1649

Parascardovia denticolens 161 1

Parasutterella Pigmentiphaga daeguensis 1650

1612

excrernentihominis Planomicrobium koreense 1651

Parasutterella secunda 1613 Plesiomonas shigelloides 1652

Parvimonas micro 1614 Porphyromonadaceae

1653

Parvimonas sp. 1615 bacterium

Porphyromonas

Pasteur ella bettyae 1616 1654 asaccharolytica

Pastenrella dagmatis 1617

Porphyromonas endodontalis 1655

Pasteur ella multocida 1618

Porphyromonas gingivalis 1656

Pediococciis acidilactici 1619

Porphyromonas levii 1657

Pediococciis pentosaceus 1620

Porphyromonas macacae 1658

Peptococcus niger 1621

Porphyromonas somerae 1659

Peptococcus sp. 1622

Porphyromonas sp. 1660

Peptococcus sp. 1623

Porphyromonas sp. 1661

Peptoniphilus asaccharolyticus 1624

Porphyromonas sp. 1662

P ptoniphilus duerdenii 1625

Porphyromonas sp. 1663

Peptoniphihis harei 1626

Porphyromonas sp. 1664

Peptoniphihis indolicus 1627

Porphyromonas uenonis 1665

Peptoniphihis ivorii 1628

Prevotella albensis 1666

Peptoniphihis lacrimal is 1629

Pre vol i la amnii 1667

Peptoniphihis sp. 1630

Prevotella. bergensis 1668

Peptoniphilus sp. 1631

Prevotella bivia 1669

Peptoniphilus sp. 1632

Prevotella brevis 1670

Peptoniphilus sp. 1633

Prevotella buccae 1671

Peptoniphilus sp. 1634

1 9Q Prevotella buccalis 1672 Prevotella sp. 1713

Prevotella copri. 1673 Prevotella sp. 1714

Pre vote Ha corporis 1674 Prevotella sp. 1715

Prevotella dentalis 1675 Prevotella sp. 1716

Prevotella denticola 1676 F^Jrevotella sp. 1717

Prevotella disiens 1677 F^Jrevotella sp. 1 718

Prevotella genomosp. 1678 Prevotella. sp. 1 719

Prevotella genomosp. 1679 Prevotella. sp. 1720

Prevotella genomosp. 1680 Prevotella sp. 1721

Prevotella genomosp. 1681 Prevotella sp. 1722

Prevotella. genomosp. 1682 Prevotella sp. 1723

Prevotella heparinolytica 1683 Prevotella sp. 1724

Prevotella histicola 1684 Prevotella sp. 1725

Prevotella intermedia 1685 Prevotella sp. 1726

Prevotella loescheii 1686 Prevotella sp. 1727

Pre vote Ha maculosa 1687 Prevotella sp. 1728

Prevotella marshii 1688 Prevotella sp. 1729

Pre votella melaninogenica 1689 Prevotella sp. 1730

Prevotella micans 1690 F^Jrevotella sp. 1731

Prevotella multiformis 1691 F^Jrevotella sp. 1732

Prevotella multisaccharivora 1692 F'revotella. sp. 1733

Prevotella nance sens is 1693 F'revotella. sp. 1734

Prevotella. nigrescens 1694 Prevotella sp. 1735

Prevotella oralis 1695 Prevotella sp. 1736

Prevotella oris 1696 Prevotella sp. 1737

Prevotella oulorum 1697 Prevotella sp. 1738

Prevotella pattens 1698 Prevotella sp. 1739

Pre votella ruminicola 1699 Prevotella sp. 1740

Prevotella salivae 1700 F^Jrevotella sp. 1741

Prevotella sp. 1701 F^Jrevotella sp. 1742

Prevotella sp. 1702 F^Jrevotella sp. 1743

Prevotella sp. 1703 F^Jrevotella sp. 1744

Prevotella sp. 1704 F^Jrevotella sp. 1 745

Prevotella sp. 1705 F^Jrevotella sp. 1 746

Prevotella sp. 1706 F'revotella. stercorea 1747

Prevotella sp. 1707 Prevotella tannerae 1748

Prevotella sp. 1708 Prevotella timonensis 1749

Prevotella sp. 1709 Prevotella veroralis 1750

Prevotella sp. 1710 Prevotellaceae bacterium 1751

Prevotella sp. 1711 Prochlorococciis marinus 1752

Prevotella sp. 1712 Propionibacteriaceae bacterium 1753

1 XC\ Propionibacierium P sychrobacter arciicus 1792

1754

acidipropionici Psvchrobacier cibarius 1793

Propionibacierium acnes 1755 Psvchrobacier crvohalolentis 1794

Propionibacierium avidum 1756 P sychrobacter faecalis 1795

Propionibacierium

1757 P sychrobacter nivimaris 1796 freudenreichii P 'sychrobacter pulmonis 1797

Propionibacierium granulosum 1758

P sychrobacter sp. 1 798

Propionibacierium jensenii 1759

Pyramidobacter piscolens 1799

Propionibacierium propionicum 1760

Ralsionia pickeitii 1800

Propionibacierium sp. 1761

Ralsionia sp. 1801

Propionibacierium sp. 1762

Raotdtella ornithinolytica 1802

Propionibacierium sp. 1763

Raoultella planticola 1803

Propionibacierium sp. 1764

Raoultella terrigena 1804

Propionibacierium sp. 1765

Rhodohacter sp. 1805

Propionibacierium thoenii 1766

Rhodohacier sphaeroides 1806

Proteus mirabitis 1767 Rhodococcus 1

Proteus penned 1768 l oU /

corvnebacterioides

Proteus sp. 1769 Rhodococcus equi 1808

Proteus vulgaris 1770 Rhodococcus erythropolis 1809

Providencia alcalifaciens 1771 Rhodococcus fascians 1810

Providencia rettgeri 1772 Rhodopseudomonas palustris 181 1

Providencia riisiigianii 1773 Robinsoniella peoriensis 1812

Providencia stuariii 1774 Rose bun a cecicola 1813

P eudoclavihacter sp. 1775 Rose buria fae calls 1814

Pseudoflavonifr actor capillosus 1776 Roseburia faecis 1815

Pseudomonas aeruginosa 1777 Roseburia hominis 1816

Pseudomonas fluorescens 1778 Roseburia intestinalis 1817

Pseudomonas gessardii 1779 Roseburia inulinivorans 1818

Pseudomonas mendocina 1780 Roseburia sp. 1819

Pseudomonas monteilii 1781 Roseburia. sp. 1820

Pseudomonas poae 1782 Roseiflexus castenholzii 1821

Pseudomonas

1783 Roseomonas cervicalis 1822 pseudoalcaligenes Roseomonas mucosa 1823

Pseudomonas putida 1784

Roseomonas sp. 1824

Pseudomonas sp. 1785

Roseomonas sp. 1825

Pseudomonas sp. 1786

Roseomonas sp. 1826

Pseudomonas sp. 1787

Roseomonas sp. 1827

Pseudomonas stutzeri 1788

Rothia aeria 1828

Pseudomonas tolaasu 1789

Rothia dentocariosa 1829

Pseudomonas viridiflava 1790

Rothia mucilaginosa 1830

Pseudoramihacter alaciolyticus 1791

Rothia nasimurium 1831

^■m Rothia sp. 1832 Selenomonas sp. 1873

Ruminobacier amylophilus 1833 Selenomonas sp. 1874

Ruminococcaceae bacterium 1834 Selenomonas sp. 1875

Ruminococcus al bus 1835 Selenomonas sp. 1876

Riiminococcns bromii 1836 Selenomonas sp. 1877

Ruminococcus callidus 1837 Selenomonas sp. 1878

Ruminococcus champanellensis 1838 Selenomonas sp. 1879

Ruminococcus flavefaciens 1839 Selenomonas sp. 1880

Ruminococcus gnavus 1840 Se lenomonas spuiigena 1881

Ruminococcus ha us an 1841 Serratia fonticola 1882

Ruminococcus lactaris 1842 Serratia liquefaciens 1883

Ruminococcus obeum 1843 Serratia marcescens 1884

Ruminococcus sp. 1844 Serratia odorifera 1885

Ruminococcus sp. 1845 Serratia proieamaculans 1886

Ruminococcus sp. 1846 Shewanella putrefaciens 1887

Ruminococcus sp. 1847 Shuttleworthia satelles 1888

Ruminococcus sp. 1848 Shu ttles or thia sp. 1889

Ruminococcus torques 1849 Shuttleworthia sp. 1890

Saccharomonospora viridis 1850 Simonsiella muelleri 1891

Sarcina ventriculi 1851 Slackia equolifaciens 1892

Scardovia inopinata 1852 Slackia exigua 1893

Scardovia wiggsiae 1853 Slackia faecicanis 1894

Segniliparus rotundus 1854 Slackia heliotrinireducens 1895

Segniliparus rugosus 1855 Slackia isoflavoniconvertens 1896

Selenomonas artemidis 1856 Slackia piriformis 1897

Selenomonas dianae 1857 Slackia sp. 1898

Selenomonas flueggei 1858 Solobacterium moorei 1899

Selenomonas genomosp. 1859 Sphingobacterium faecium 1900

Selenomonas genomosp. 1860 Sphmgobacierium mizuiaii 1901

Selenomonas genomosp. 1861 Sphmgobacierium miiltivorum 1902

Selenomonas genomosp. 1862 Sphingobacterium spiritivorum 1903

Selenomonas genomosp. 1863 Sphingomonas echinoides 1904

Selenomonas genomosp. 1864 Sphingomonas sp. 1905

Selenomonas infeli 1865 Sphingomonas sp. 1906

Selenomonas noxia 1866 Sphingomonas sp. 1907

Selenomonas ruminantium 1867 Sphingomonas sp. 1908

Selenomonas sp. 1868 Sphingopyxis alaskensis 1909

Selenomonas sp. 1869 Spiroplasma insolitum 1910

Selenomonas sp. 1870 Sporobacter term itidis 1911

Selenomonas sp. 1871 Sporolactobacillus inulinus 1912

Selenomonas sp. 1872 Sporolactobacillus nakayamae 1913

1 Χ Sporosarcina newyorkensis 1914 Streptococcus dysgalactiae 1954

Sporosarcina sp. 1915 Streptococcus equi 1955

Staphylococcaceae bacterium 1916 Streptococcus equinus 1956

Staphylococcus aureus 1917 Streptococcus gallo!yticus 1957

Staphylococcus auricularis 1918 Streptococcus genomosp. 1958

Staphylococcus capitis 1919 Streptococcus genomosp. 1959

Staphylococcus caprae 1920 Streptococcus genomosp. 1960

Staphylococcus carnosus 1921 Streptococcus genomosp. 1961

Staphylococcus cohnii 1922 Streptococcus genomosp. 1962

Staphylococcus condiment! 1923 Streptococcus genomosp. 1963

Staphylococcus epidermidis 1924 Streptococcus genomosp. 1964

Staphylococcus equorum 1925 Streptococcus genomosp. 1965

Staphylococcus flew eitii 1926 Streptococcus gordonii 1966

Staphylococcus haemolyticus 1927 Streptococcus infantarius 1967

Staphylococcus hominis 1928 Streptococcus in fu litis 1968

Staphylococcus lugdunensis 1929 Streptococcus intermedins 1969

Staphylococcus pasteuri 1930 Streptococcus lutetiensis 1970

Staphylococcus Streptococcus massiliensis 1971

1931

pseudintermedius Streptococcus milleri 1972

Staphylococcus saccharolyticus 1932 Streptococcus mitis 1973

Staphylococcus saprophyticus 1933 Streptococcus muians 1974

Staphylococcus sciuri 1934 Streptococcus oligofermentans 1975

Staphylococcus sp. 1935 Streptococcus oralis 1976

Staphylococcus sp. 1936 Streptococcus parasanguinis 1 77

Staphylococcus sp. 1937 Streptococcus pasteurianus 1978

Staphylococcus succinus 1938 Streptococcus peroris 1979

Staphylococcus vitulinus 1939 Streptococcus pneumoniae 1980

Staphylococcus warneri 1940 Streptococcus porcinus 1981

Staphylococcus xylosus 1941 Streptococcus

1982

Stenotrophomonas maltophilia 1942 pseudopneumoniae

Stenotrophomonas sp. 1943 Streptococcus pseudoporcinus 1983

Strepiobacillus moniliformis 1944 Streptococcus ratti 1984

Streptococcus agalactiae 1945 Streptococcus salivarius 1985

Streptococcus alactolyticus 1946 Streptococcus sanguinis 1986

Streptococcus anginosus 1947 Streptococcus sinensis 1987

Streptococcus australis 1948 Streptococcus sp. 1988

Streptococcus ho vis 1949 Streptococcus sp. 1989

Streptococcus canis 1950 Streptococcus sp. 1990

Streptococcus constellatus 1951 Streptococcus sp. 1991

Streptococcus cristatus 1952 Streptococcus sp. 1992

Streptococcus downei 1953 Streptococcus sp. 1993

1 1 Streptococcus sp. 1994 Streptococcus sp. 2035

Streptococcus sp. 1995 Streptococcus sp. 2036

Streptococcus sp. 1996 Streptococcus sp. 2037

Streptococcus sp. 1997 Streptococcus sp. 2038

Streptococcus sp. 1998 Streptococcus sp. 2039

Streptococcus sp. 1999 Streptococcus sp. 2040

Streptococcus sp. 2000 Streptococcus suis 2041

Streptococcus sp. 2001 Streptococcus thermophilics 2042

Streptococcus sp. 2002 Streptococcus uberis 2043

Streptococcus sp. 2003 Streptococcus urinalis 2044

Streptococcus sp. 2004 Streptococcus vestibularis 2045

Streptococcus sp. 2005 Streptococcus viridans 2046

Streptococcus sp. 2006 Streptomyces alhus 2047

Streptococcus sp. 2007 Streptornyces griseus 2048

Streptococcus sp. 2008 Streptomyces sp. 2049

Streptococcus sp. 2009 Streptomyces sp. 2050

Streptococcus sp. 2010 Streptomyces sp. 2051

Streptococcus sp. 201 1 Streptomyces sp. 2052

Streptococcus sp. 2012 Streptomyces sp. 2053

Streptococcus sp. 2013 Streptomyces thermoviolaceus 2054

Streptococcus sp. 2014 Suhdoligranulum variahile 2055

Streptococcus sp. 2015 Succinatimonas hippei 2056

Streptococcus sp. 2016 Suiter ella morbirenis 2057

Streptococcus sp. 2017 Sutter ella parvirubra 2058

Streptococcus sp. 2018 Sutterella sanguinus 2059

Streptococcus sp. 2019 Sutter ella sp. 2060

Streptococcus sp. 2020 Sutterella stercoricanis 2061

Streptococcus sp. 2021 Sutterella wadsworthensis 2062

Streptococcus sp. 2022 Synergistes genomosp. 2063

Streptococcus sp. 2023 Synergistes sp. 2064

Streptococcus sp. 2024 Synergistetes bacterium 2065

Streptococcus sp. 2025 Synergistetes bacterium 2066

Streptococcus sp. 2026 Synergistetes bacterium 2067

Streptococcus sp. 2027 Synergistetes bacterium 2068

Streptococcus sp. 2028 Synergistetes bacterium 2069

Streptococcus sp. 2029 Synlrophococcus sucromuians 2070

Streptococcus sp. 2030 Syntrophomonadaceae

2071

Streptococcus sp. 2031 genomosp.

Streptococcus sp. 2032 Tannerella forsythia 2072

Streptococcus sp. 2033 Tanner ella sp. 2073

Streptococcus sp. 2034 Tatlockia micdadei 2074

1 ΊΑ Tatumetta ptyseos 2075 TsukamureUa tyrosinosolvens 21 15

Tessaracoccus sp. 2076 Turicibacier sanguinis 21 16

Tetragenococctis halopkiltis 2077 Ureaplasma parvum 21 17

Tetragenococctis koreensis 2078 Ureaplasma urealyticum 21 18

Thermoanaerobacter UreibaciUus compost i 21 19

2079

pseudethanolicus UreibaciUtis s vonensis 2120

Thermobifida fusca. 2080 UreibaciUus terrenus 2121

Thermofilum pendens 2081 UreibaciUus thermophilus 2122

Ί hermas aquaticus 2082 Ureibacil. las thermosphaericus 2123

Tissierella praeacuia 2083 Vagococcus fiuvialis 2124

Trabulsietta. guamensis 2084 VeilloneUa atypica 2125

Treponema genomosp. 2085 VeilloneUa dispar 2126

Treponema genomosp. 2086 VeilloneUa genomosp. 2127

Treponema genomosp. 2087 VeilloneUa. monipellierensis 2128

Treponema genomosp. 2088 VeilloneUa par vula. 2129

Treponema phagedenis 2089 VeilloneUa. sp. 2130

Treponema sp. 2090 VeilloneUa sp. 2131

Treponema sp. 2091 VeilloneUa sp. 2132

Treponema sp. 2092 VeilloneUa sp. 2133

Treponema sp. 2093 VeilloneUa sp. 2134

Treponema sp. 2094 VeilloneUa sp. 2135

Treponema sp. 2095 VeilloneUa sp. 2136

Treponema, sp. 2096 VeiUonetta sp. 2137

Treponema sp. 2097 VeilloneUa sp. 2138

Treponema sp. 2098 VeilloneUa sp. 2139

Treponema sp. 2099 VeilloneUa sp. 2140

Treponema sp. 2100 VeilloneUa sp. 2141

Treponema sp. 2101 VeilloneUa sp. 2142

Treponema sp. 2102 VeilloneUa sp. 2143

Treponema sp. 2103 VeilloneUa sp. 2144

Treponema sp. 2104 Veillonellaceae bacterium 2145

Treponema sp. 2105 Veillonellaceae bacterium 2146

Treponema sp. 2106 Victivallaceae bacterium 2147

Treponema sp. 2107 I ^'icti vail is vadensis 2148

Treponema sp. 2108 Virgibacillus proomii 2149

Treponema, sp. 2109 WeisseUa. heninensis 2150

Treponema, sp. 2110 WeisseUa. cibaria 2 51

Treponema sp. 211 1 WeisseUa confiisa 2152

Tropheryma whipp!ei 2112 WeisseUa hellenica 2153

Trueperella pyogenes 21 13 WeisseUa kandleri 2154

TsukamureUa panrometahola 21 14 WeisseUa koreensis 2155

1 WeisseUa paramesenteroides 2156 Dorea formicigenerans 2196

WeisseUa sp. 2157 Dorea longicaiena 2197

Wolinella succinogenes 2158 Enterococcus faecalis 2198

Xanthomonadaceae hactermm 2159 Erysipelotrichaceae bacterium 2199

Xanthomonas campestris 2160 Escherichia coli 2200

Xanthomonas sp. 2161 E cherichia coli 2201

Xenophilus aerolatus 2162 Eubacterium eligens 2202

Yokenella regensburgei 2163 Eubacterium rectale 2203

Zimmermannella bifida 2164 Eubacterium rectale 2204

Zymomonas mohilis 2165 Faecalibacterium prausnitzii 2205

Ali tipes shahii 2166 Faecalibacterium prausnitzii 2206

Bacteroides caccae 2167 Lachnospiraceae bacterium 2207

Bacteroides eggerthii 2168 Odoribacter splanchnicus 2208

Bacteroides sp. 2169 Odoribacter splanchnicus 2209

Bacteroides sp. 2170 Parahacteroid.es merdae 2210

Bacteroides sp. 2171 Roseburia intestinalis 221 1

Bacteroides uniformis 2172 Ruminococcus hromii 2212

Bacteroides vulgatus 2173 Ruminococcus gnavus 2213

Bacteroides vulgatus 2174 Ruminococcus oheum 2214

Bifidobacterium adolescentis 2175 Ruminococcus torques 2215

Bifidobacteriu Streptococcus thermophilus 2216

2176

pseudocatenulatum Escherichia coli 2217

Blautia. producta 2177 Streptococcus thermophilus 2218

Blautia producta 2178 Escherichia coli 2219

Blautia schinkii 2179

Clostridium bolteae 2180

Clostridium butvricum 2181

Clostridium disporicum 2182

Clostridium hathewayi 2183

Clostridium hylemonae 2184

Clostridium innocuum 2185

Clostridium innocuum 2186

Clostridium mayombei 2187

Clostridium n exile 2188

Clostridium orhiscindens 2189

Clostridium symhiosum 2190

Clostridium iertium 2191

Collinsella aerofaciens 2192

Coprobacillus sp. 2193

Coprococcus catus 2194

Coprococcus comes 2195

1 I , Therapeutic Compositions

[00116] Any of the GABA-producing bacteria described herein (e.g., natural bacteria or engineered bacteria), or any combination thereof (including combinations of natural and engineered bacteria) can be incorporated into a therapeutic composition. For instance, the therapeutic compositions can be administered to a patient in need thereof to treat or alleviate the symptom of a mental illness or central nervous system disease.

Purification of Strains

[00117] In some embodiments, bacteria are purified prior to incorporation into a therapeutic composition. For instance, bacteria can be purified so that the population of bacteria is substantially free of other bacteria (e.g., contains at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%₀, at least 96%, at least 97%, or at least 98%, at least 99% of the specific bacterial strain or strains desired in the composition).

[00118] In some embodiments, the therapeutic composition is a probiotic or a medical food comprising at least one GABA-producing bacterial strain. The strain can be administered, for instance, as a probiotic, as capsules, tablets, caplets, pills, troches, lozenges, powders, and/or granules. The strain can also be formulated as a medical food. The GABA-producing bacteria can also be administered as a fecal transplant or suppository.

[00119] In some embodiments, the dose of the therapeutic can contain l x lO⁴, I x l O⁵, I x iO⁶, I x l O⁷, 1 x 1 0^s, 1 10% I x j.O¹⁰, i x l 0^{5 ;} or greater than } x l 0^{! !} colony forming units (CPUs) of the desired bacterial species. For instance, the desired bacterial species can be GABA-producing bacteria, bacteria that are capable of inhibiting the growth of GABA- consurnmg bacteria, or a combination thereof.

[00120] In some embodiments, the therapeutic composition or dose unit comprises a pharmaceutically acceptable formulation, including an enteric coating or similar to survive the acidity of the stomach and enabled deli very into the small or large intestines, prebiotics (such as, but not limited to, amino acids (including arginine, glutaraate, and ornithine), biotin, fructooligosacchari.de, gal actooligosaccharides, hemi celluloses (e.g., arabinoxylan, xylan, xyloglucan, and glucomannan), inulin, chitin, lactulose, mannan oligosaccharides, oligofructose-enriched inulin, gums (e.g., guar gum, gum arabic and carregenaan), oligofructose, oligodextrose, tagatose, resistant maltodextrins (e.g., resistant starch), trans- galactooligosaccharide, pectins (e.g., xylogalactouronan, citrus pectin, apple pectin, and rhamnogalacturonan-I), dietary fibers (e.g., soy fiber, sugarbeet fiber, pea fiber, corn bran, and oat fiber) and xylooligosaccharides, poly amines (such as but not limited to spermidine and putrescine), an effective amount of an anti-bacterial agent, anti-fungal agent, anti-viral agent, or anti-parasitic agent, or any combinations of the above. For instance, the therapeutic composition can also be in the form of a yogurt containing one or more purified strains of GABA-producing bacteria.

Disease Indications

[00121] In one or more embodiments of any of the above-aspects, the mental illness or disease of the central nervous system that can be treated by administration of a therapeutic composition described herein is selected from depression, bipolar disorder, schizophrenia, anxiety, anxiety disorders, addiction, social phobia, major depressive disorder, treatment-resistant major depressive disorder (TR-MDD), major depressive disorder and its subtypes (melancholic depression, atypical depression, catatonic depression, postpartum depression, and seasonal affective disorder), Neurodegenerative amyloid disorders (Parkinson's, Alzheimer's, and Huntington's diseases) orthostatic tremor, Lafora disease, restless leg syndrome, neuropathic pain, pain disorders, dementia, epilepsy, stiff-person syndrome, premenstrual dysphoric disorder, autism spectrum disorder, sleep disorders, and attention deficit hyperactivity disorder (ADHD).

|00122] In some embodiments, the method further comprises decreasing at least one symptom of a mental disorder or disease of the central nervous system in the subject selected from the group consisting of: fatigue, insomnia, motor dysfunction, stress, persistent anxiety, persistent sadness, social withdrawal, substance withdrawal, irritability, thoughts of suicide, thoughts of self-harm, restlessness, low sex drive, lack of focus, loss of appetite, seizures, memory loss, anger, bouts of emotional reactivity, confusion, pain, and muscle spasms.

Methods of Treatment [00123] The therapeutic compositions described herein can be administered to a patient in need thereof, for instance for the treatment of a mental illness or disease of the central nervous system. In some embodiments, the method of treatment can comprise first diagnosing a patient who can benefit from treatment by a therapeutic composition described herein. In some embodiments, the method further comprises administering to the patient a therapeutic composition described herein.

Patient Diagnosis

[00124] In some embodiments, the process of identifying a subject with a mental illness or disease of the central nervous system can be carried out by a trained psychologist, psychiatrist, or neurologist. For instance, a psychiatrist, psychologist, or neurologist can diagnose a subject with a mental illness or disease of the central nervous system evaluating the subject^'s behavior for symptoms of the mental illness or disease of the central nervous system. One of skill in the art will understand that mental illness can also be identified in a subject with the aid of the Diagnostic and Statistical Manual of Mental Disorders (DSM-5), (American Psychiatric Association).

[00125] In one or more embodiments, the process of identifying a subject with a mental illness or disease of the central nervous system can comprise diagnosing the subject with a mental illness or disease of the central nervous system. In some embodiments, the mental illness or disease of the central nervous system is identified or diagnosed using fMRI. In some embodiments, mental illness or disease of the central nervous sy stem can be identified with standard psychological and neurological surveys, or in other methods known to experts in the field.

[00126] In some embodiments, a subject in need of treatment with a therapeutic composition described herein can be identified by identifying low levels of GABA in the subject's blood, serum, stool, or other bodily fluid. In some embodiments, the amount of GABA in the subject's stool (e.g., the initial amount of GABA in the subject's stool) is below about 8 μg GABA per gram of stool. The amount of GABA can be measured using the wet or dry weight of stool by LC/MS or another technique known in the art. In some embodiments, the amount of GABA in the subject's blood or serum (e.g., the initial amount of GABA in the subject's blood or serum) is below about 10 ng/L +/- 5 ng/L GABA per gram of blood or serum (e.g., as measured by LC/MS). In some embodiments, the amount of GABA in the prefrontal cortex, or other areas of the brain, is below about 1.0 mM/kg, as measured by proton magnetic resonance (PMR), or another similar technique.

[00127] In some embodiments, the percentage of GABA-producing bacteria in the subject's gut (e.g., the initial amount) represents about 10% of total 16S sequences as measured by sequencing using such methods as 16S rDNA gene I!lumina sequencing or quantitative PGR. In some embodiments, the percentage of GABA-producing bacteria in the subject's gut represents about 9%, about 8%, about 7%, about 6%, about 5%, about 4%, about 3%, about 2%, about 1 %, or less than about 1% of the total 16S sequences measured in the subject's gut.

[00128] Determination of the initial amount of GABA in a subject's blood, serum, regions of the brain, or stool can help identify subjects that can benefit from treatment by administration of GABA-producing bacteria. In some embodiments, a subject with an initial amount of GABA in the serum or blood below 10 ,iig/L GABA can benefit from administration of GABA-producing bacteria. In some embodiments, a subject with an initial amount of GABA in the serum or blood below 100 g, below 50 _,ug, below 25 fig, below 20 μg, below 15 g, below 10 μg, below 9 g, below 8 μg, below 7 μg, below 6 μg, below 5 μg, below 4 μg, below 3 g, below 2 μg, below 1 μg, below 0.5 μg, below 0.1 μg, below 0.01 μg, below 10 ng, or below 1 ng, or below 0.1 ng per L of blood or serum can benefit from administration of a GABA-producing bacteria.

[001:29] In some embodiments, a subject with an initial amount of GABA in the brain, in regions such as the prefrontal cortex (or other areas of the brain), of about 1.0 mM/kg can benefit from treatment by administration of GABA-producing bacteria. In some embodiments, a subject with an initial amount of GABA in the brain, in such regions as the prefrontal cortex (or other areas of the bram), of below 100 mM, below 50 mM, below 25 mM, below 20 mM, below 15 mM, below 10 mM, below 9 mM, below 8 mM, below 7 mM, below 6 mM, below 5 mM, below 4 mM, below 3 mM, below 2 mM, below 1 mM, below 0,5 mM, below 0.1 mM, or below 0.01 mM, or below 0.001 mM GABA can benefit from treatment by administration of GABA-producing bacteria. [00130] In some embodiments, a subj ect with an initial amount of GABA in stool below 8 x.g GABA per gram of stool (wet or dry weight) can benefit from administration of G AB A- producing bacteria. In some embodiments, a subject with an initial amount of GABA in the stool below 100 μg, below 50 μg, below 25 ,ug, below 20 μg, below 1 5 μg, below 10 μg, below 9 g, below 8 ,ug, below 7 μg, below 6 μg, below 5 μg, below 4 μ-g, below 3 μg, below 2 μg, below I x.g, below 0.5 μ^, below 0.1 μg, below 0.01 μg, below 10 ng, or below 1 ng, or below 0. 1 ng per gram of stool can benefit from administration of a GABA-producing bacteria.

[ΘΘ131] In some embodiments of any of the above aspects, the amount of GABA is increased 0. 1 , I , 5, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 500, 1000, 2000, 3000, 4000, 5000, or more percent in the subject' s stooi relative to the initial amount of GABA in the subject' s stool, e.g., as measured in step (b) of any of the above-aspects. In some embodiments, the amount of GABA is increased 0, 1 , 1 , 5, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 500, 1000, 2000, 3000, 4000, 5000, or more percent in the subject's blood or serum relative to the initial amount of GABA in the subject' s blood or serum, e. g. , as measured in step (b) of any of the above-aspects. In some embodiments, the amount of GABA is increased 0.1 , 1 , 5, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 500, 1 000, 2000, 3000, 4000, 5000, or more percent in regions of the subject' s brain, such as, but not limited to the prefrontal cortex, relative to the initial amount of GABA in the subject's brain, e.g. , as measured in step (b) of any of the above-aspects. In some embodiments, at least one GABA-producing bacteria is increased 0. 1 , 1 , 5, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 500, 1000, 2000, 3000, 4000, 5000, or more percent in the subject's stool relative to the initial amount of GABA-producing bacteria in the subject's stool, e.g., as measured in step (b) in any of the above-aspects. In some embodiments, the level of expression of at least one GAB A producing enzyme is increased 0.1 , 1 , 5, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 500, 1000, 2000, 3000, 4000, 5000, or more percent in the subject' s stool relative to the initial level of expression of GABA-producing enzymes in the subject's stool, as measured by qPCR or some other appropriate method, known to those familiar in the field.

[ΘΘ132] In some embodiments of the disclosure, the amount of GABA-consuming bacteria can be reduced, e.g., reduced in the subject's stool, blood serum, and the like. The GABA-consuming bacteria can be, for instance, Evtepia gabavorous or Firmicutes bacterium MGS: 1 14. In some embodiments, GABA-consuming bacteria can be reduced by 0.1 , 1 , 5, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 500, 1000, 2000, 3000, 4000, 5000, or more percent.

|00133] Accordingly, the present disclosure provides for the treatment of mental illness or disease of the central nervous system comprising administering to the subject GABA- producing bacteria, or prebiotics to stimulate growth or GABA production capabilities of GABA producing bacteria.

Methods of mlturiisig GABA-coiisomisig Bacteria

[00134] In some embodiments, the present disclosure provides a method of culturing bactena that require GABA for survival and replication. In some cases, these bacteria were previously uncultured or unculturable. In some cases, the bacteria are cultured by supplying endogenous GABA to the growth medium. In some embodiments, the bacteria are cultured by co~culturing the bacteria with a different bacterium capable of producing GAB A (e.g., a bacterium as described above).

|0013S] In some embodiments, the previously uncultured bacterium is E. gabavorous. E. gabavorous can be cultured on a suitable substrate such as agar. In some embodiments, the agar can contain added GABA. In some embodiments, the present disclosure provides a method of culturing /·.^'. gabavorous comprising co-cultunng /·.^'. gabavorous with another bacterial strain, said strain is capable of producing GABA, for instance at conditions that are physiologically relevant and found in to the human gastrointestinal tract (e.g., pH less between about 4.5 and about 7.5).

|00136] Without wishing to be bound by theory, some previously unculturable bacteria (e.g., E. gabavorous) may be able to grow in proximity to cultivable organisms producing growth factors necessary for bacteria to survive or grow. Accordingly, the present disclosure teaches the discovery and culture of E. gabavorous in the presence of GAB A as a necessary growth factor.

[00137] E. gabavorous was identified as a late-growing colony in spatial proximity to Bacleroides fragilis KLE1758. It was found that growth of E. gabavorous KLE1738 was induced in the presence of supernatant derived from Bacleroides fragilis KI.E1758. Chemical analysis via HPLC and NMR of Bacteroides fragiiis KLE1738 supernatant revealed GABA as the necessary growth factor for E. gabavorous .

[00138] As set forth in Figure 1 , and Example 2, E. gabavorous was initially found because it grew in the presence of Bacteroides fragiiis KLE1758. It was proposed that Bacteroides fragiiis LE1758 produces a growth factor that is necessary for the growth and survival of E. gabavorous. Figure 1A shows a photograph of an agar plate containing colonies of bacteria after treatment with human stool. The inset at the top right shows a close-up of a colony of KLE1758 along with a colony of 1738 that is growing in the immediate proximity. Figure IB shows a colony of KLE1758 that is capable of supporting multiple colonies of KLE1738 on an agar plate with no other bacteria. Without wishing to be bound by theory, Bacteroides fragiiis KLE1758 can support the growth of E. gabavorous KLE1738. Without wishing to be bound by theory, Bacteroides fragiiis KLE1758 and E. gabavorous KLE1738 can co-exist in a symbiotic relationship in which E. gabavorous KLE1738 can consume the GABA that is produced by Bacteroides fragiiis KLE1758.

[00139] As shown in Figure 2 and Examples 3-4, the supernatant from a 48-hour culture of Bacteroides fragiiis KLE1758 was found to support the growth of E. gabavorous KLE1738, whereas standard agar was not. After a series of purification and isolation steps of the KLE1758 supernatant, it was discovered that GABA was responsible for the growth of E. gabavorous KLE1738. Figure 2A shows that E. gabavorous KLE1738 grew in the presence of supernatant of Bacteroides fragiiis. However, Figure 2B shows that E. gabavorous KLE1738 did not grow in the presence of sterile vehicle on standard agar. After a first fractionation of the Bacteroides fragiiis KLE1758 spent medium, it was found that the most polar fragment was capable of inducing the growth of E. gabavorous KLE1738 (Figure 2C), but that less polar fragments could not induce growth (Figure 2D). Figures 2E and 2F show close-up views demonstrating that the most polar fraction of the Bacteroides fragiiis KLE1758 supernatant could induce growth of E. gabavorous KLE1738 (Figure 2E), whereas less polar fragments could not (Figure 2F). As shown in Figure 2G, only GABA was identified as being capable of inducing growth of E. gabavorous KLE1738. [00140] The 16S nucleotide sequence of E. gabavorous LE1738 is given in Seq. ID No. 2286.

[00141] The genetic sequence of E. gabavorous KLE1738 was identified as set forth in Example 5. The annotated genome (2,500,009 bp) of E. gabavorous is given in the attached Sequence Listing comprising SEQ. ID Nos. 1-2288 and is given in SEQ ID Nos. 2218- 2285. Without wishing to be bound by theory, the genome revealed no obvious entry' points for metabolism of common sugars or other carbon sources.

[00142] Without wishing to be bound by theory, it was discovered that transport systems for common sugars or other carbon sources were also incomplete. Without wishing to be bound by theory, their absence suggests a recent loss of function. E. gabavorous is predicted to have a limited set of transporters, including those for methionine, branched-chain amino acids, dipeptides, oligopeptides, and choiine/betaine, as predicted in Table 10.

|00143] Table 10: Predicted Transport Systems in E. gabavorous.

Category Subsystem Roie

Sulfur Metabolism Alkanesulfonate assimilation ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component

Sulfur Metabolism A!kanesu!fonate assimilation Alkanesulfonates ABC transporter ATP-binding protein

[00144] Without wishing to be bound by theory, these amino acids are not usually capable of supporting bacterial growth as single carbon sources, unlike serine, threonine, glutamate, and others. This is supported by the inability of E. gabavorous to grow on the tested amino acids.

[00145] Without wishing to be bound by theory, the metabolic pathway of E. gabavorous is proposed to be similar to that of Clostridium aminobutyricum, as set forth in Figure 3, as all enzymes in this pathway were identified in the E. gabavorous genome (Table 11 ).

Table 11. Enzymes in £^'. gabavorous GABA fermentation pathway, predicted by RAST

[00146] The pH dependency of B. jragilis KLE1758's ability to produce GABA was investigated. As set forth in Example 6, B. jragilis KLE1758 was grown at various pH values, and the supernatant from that growth was analyzed using LCMS. As shown in Figure 4A, GABA is produced primarily at relatively lower pH (e.g., about 5.5 and below), compared with glutamate. [001471 Accordingly, it was found that B. fragi!is KLE1758 can produce GABA at low pH, whereas it was found to produce primarily glutamate at relatively high pH. As set forth in Example 6 and Figure 4A, at a pH of about 5 and about 5,5, B. fragilis KLE1758 produced considerably more GABA than glutamate. However, at a pH of about 6 and about 6.5, B. fragilis KLE1758 was found to produce primarily glutamate and relatively low quantities of GABA.

Biological Screens for GABA-Producers

|00148] The present disclosure also teaches methods of identifying bacteria that can produce GABA. Given the strict requirement of GABA for the growth of E. gabavorous, the present disclosure provides methods of screening for bacteria capable of producing GABA using, for instance, E. gabavorous and/or other GABA-dependent bacterial growth as a bioassay. Importantly, by using buffered media (e.g., buffered agar), the assay technique set forth herein can be used to identify bacteria that are capable of producing bacteri at various pH values (e.g., between about 5.5 to about 7.5).

|00149] As set forth in Example 7, a sample that is thought to contain GABA-producing bacteria, such as a human stool sample, can be mixed with molten agar. The agar, containing the bacterial sample, can then be streaked with a dilute solution of E. gabavorous. As shown herein, E. gabavorous cannot grow in the absence of GABA, and therefore any colonies of E. gabavorous that do form will necessarily grow in close spatial proximity to GABA-producers.

[00150] Because GABA production by some bacteria, including E. coli, only occurs at a very low pH (e.g., at a pH not relevant to the human gut), the assay method set forth herein was adapted to control the pH of the media, enabling identification of organisms capable of producing GABA at a pH between about 4.5 and about 7.5. Without wishing to be bound by theor ', the pH of between about 4.5 and about 7.5 is the relevant pH within the human gut. Accordingly, bacteria that can produce GABA at these pH values can in some embodiments be capable of producing GABA in the human gut.

[00151] In other words, by controlling the pH of the growth medium (e.g., by buffering the molten agar), the present disclosure can allow one to distinguish between GABA- producers that are capable of producing GABA at a physiologically relevant pH (e.g., between about 4.5 to about 7.5) from bacteria that are not able to produce GABA at a physiological relevant pH (e.g., bacteria that can only produce substantial quantities of GAB A below pH of about 4,5).

|001S2] Using this method, a number of representatives from multiple genera, including, but not limited to, Bacteroides, Bifidobacterium, Blautia, Coprococcus, Gordonibacter , Dorea, and Clostridium were identified. Figure 4B shows a representative agar plate showing growth of E. gahavorous in the presence of a GAB A-producing bacteria. Figure 4C shows a phylogenetic tree of GABA-producing bacteria that were identified using this method.

[00153] Figure 5 shows the GABA production capabilities of certain strains of GABA producers identified using the techniques described herein. As set forth in Figure 5, eight strains of GABA produers were grown in buffered media (e.g., between about pH 4.5 and about pH 5.0; and between about pH 6.5 and about pH 7.0). Using the method described in Example 6, the GABA-producing capabilities of the GABA-producing bacteria at various pH values were investigated. As set forth in Figure 5, certain bacteria (e.g. , B. dorei KLE1912) produced relatively similar qualities of GABA at lower pH (e.g., between about 4.5 and about 5.0). In contrast, certain bacteria produced different amounts of GABA depending on the pH (e.g., B. vulgatus KLE1910 and B. ovatus KLE1770). Notably, as shown for B. vulgatus KLE1910 and B, ovatus KLE1770, some bacteria were found to produce relatively more GABA at lower pH than at higher pH, whereas some bacteria were found to produce relatively more GABA at higher pH than at lower pH.

[00154] In some embodiments of the method of identifying bacteria capable of producing GABA, the substrate is agar. In some embodiments, the step of contacting the substrate with E. gabavorous comprises streaking the agar with a dilute solution of E. gabavorous. The GABA-producing colonies are then identified by growth induction of E. gabavorous. As set forth above, growth E. gabavorous is used to determine if a bacterial strain produces GABA. However, one of skill in the art will understand that any bacteria that has a strict requirement of GABA for growth and survival can likewise be used as described above to identify bacteria that can produce GABA. Examples

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[[0000115577]] UUnnlleessss ootthheerrwwiissee ssppeecciififieedd,, PPCCRR wwaass ppeerrffoorrmmeedd uussiinngg tthhee g geenneerraall bbaacctteerriiaall pprriimmeerrss 2277FF ((55''--AAGGAAGGTTTTTTGGAATTCCMMTTGGGGCCTTCCAAGG--33'')) ((sseett ffoortrthh iinn SSeeqq IIDD NNoo.. 22228877)) aanndd 11449922RR ((55''-- TTAACCGGGGYYTTAACCCCTTTTGGTTTTAACCGGAACCTTTT--33'')) ((sseett fofortrthh iinn SSeeqq IIDD NNoo.. 22228888)) ttoo aammpplliiffyy tthhee 1166SS rrRRNNAA ggeennee.. TThhee PPCCRR rreeaaccttiioonn mmiixxttuurree wwaass 1122..55 , μu.Lΐ. GGooTTaaqq MMaasstteerr MMiixx ((PPrroommeeggaa)),, 11 \\iiLL 1100 μμΜΜ 2277FF aanndd 11449922RR pprriimmeerrss,, 99..55 μμίί.. NNuucclleeaassee FFrreeee WWaatteerr ((PPrroommeeggaa)),, aanndd 11 μμΕΐ, ooff aa ccoolloonnyy rreessuussppeennddeedd iinn 110000 μμL·L· sstteerriilliizzeedd ddiissttiilllleedd wwaatteerr.. TThhee aammpplliifificcaattiioonn ccoonnddiittiioonnss w weerree oonnee ccyyccllee ooff 9955°°CC ffoorr 55 mmiinn;; 3300 ccyycclleess ooff 9955°°CC ffoorr 3300 ss,, 5555°°CC ffoorr 3300 ss;; 7722°°CC ffoorr 9900 ss;; aanndd fifinnaallllyy oonnee ccyyccllee ooff 7722°°CC ffoorr 77 mmiinn.. AAmmpplliifificcaattiioonn ooff PPCCRR rreeaaccttiioonnss w weerree tthheenn ccoonnfifirrmmeedd uussiinngg ggeell eelleeccttrroopphhoorreessiiss oonn aa 00..88%% aaggaarroossee ggeell llooaaddeedd ssaattuurraatteedd wwiitthh eetthhiiddiiuumm bbrroommiiddee.. SSuucccceessssffuull PPCCRRss wweerree sseeqquueenncceedd bbyy MMaaccrrooggeenn CCoorrppoorraattiioonn uussiinngg tthhee 2277FF ppririmmeerr uussiinngg tthhee AApppplliieedd BBiioossyysstteemmss 33773300xx11 DDNNAA aannaallyyzzeerr.. QQuuaalliittyy ccoonnttrrooll ffoorr sseeqquueenncceess wwaass ppeerrffoorrmmeedd uussiinngg DDNNAA BBaasseerr ((wwwwww..DDnnaaBBaasseerr..ccoomm)),, iinn wwhhiicchh eennddss wweerree ttrriimmmmeedd uunnttiill tthheerree wweerree mmoorree tthhaann 7755%% ggoooodd bbaasseess ( (ddeefifinneedd bbyy hhaavviinngg aa QQVV ssccoorree ooff hhiigghheerr tthhaann 2255)) iinn aann 1188 bbaassee wwiinnddooww.. IIddeennttiifificcaattiioonn ooff pphhyyllooggeenneettiicc nneeiigghhbboorrss aanndd ccaallccuullaattiioonn ooff ppaaiirrwwiissee sseeqquueennccee ssiimmiillaarriittyy wweerree ccaarrrriieedd oouutt uussiinngg tthhee EEzzTTaaxxoonn sseerrvveerr..

[00158] Stool samples from a healthy human donor were collected using a commercially available stool collection vessel. Within 5 minutes of collection, 1 gram of stool was resuspended in 9 mL of sterile 20% glycerol in PBS and homogenized for 30 seconds using a vortex. 1 mL aliquots of this mixture were loaded in cryotubes and stored at -80°C for cultivation.

Example 2: Cultivation of helper-uncultured pairs from human stool samples

[00159] Ail cultivation work was performed in a Coy Anaerobic Vinyl chamber with an atmosphere of 5% hydrogen, 10% CO?„ 85%» nitrogen. Anaerobically, serial dilutions of thawed stool samples were prepared in PBS and bead spread (7-10 beads/plate) on I X Fastidious Anaerobic Agar (Accumedia) plates with 2.5% yeast extract (FAAy). Plates were incubated at 37°C anaerobically for one week, and each day appearance of colonies were tracked by spotting the outside of the plates with different colored markers. At the end of the week, serial dilutions of late forming colonies (appearance after 4-7 days) were prepared in PBS and bead spread on FAAy plates. Nearby (< 2 cm), early forming colonies (appearance after 1 -3 days) were then resuspended in PBS at a high density. Five of this suspension were spotted on the plates with their respective spread-candidate dependent and incubated for up to one week in the chamber, and observed daily. Growth induction of the dependent organism around the spotted helper indicated a positive hit.

[00160] A fecal sample from a healthy human donor was diluted and spread-plated on rich medium, and newly formed colonies were noted daily for a week. Late forming colonies (3-7 days) were diluted and spread on a nutrient agar plate, and a heavy inoculum of a neighboring, early forming colony (1-2 days) was spotted, as shown in Figure 1A. Using this method, a number of helper-uncultured pairs were identified, in which the spread-plated uncultured isolate formed a gradient of growth around the spotted culturable helper.

[00161] One isolate, E. gabavorous LE1738 (93.22% similar to Flavonifr actor plautii ATCC 29863 by 16S rRNA gene sequence), was dependent on Bacteroides fragilis KLE1758 (100% similar to Bacteroides fragilis ATCC 25852 by 16S rRNA gene sequence) for growth (Fig. IB). E. gabavorous, is a gram positive organism of the Clostridia class.

Example 3: Determination of GABA as Growth Factor for E. gabavorous

[00162] The supernatant of a 48-hour culture of B. fragilis KLE1758 grown in rich medium induced growth of E. gabavorous as shown in Figures 2A and 2B, enabling bioassay-driven purification of the growth factor. The supernatant was solvent-partitioned with ethyl acetate, and the water residue fraction induced the growth of E. gabavorous. The water fraction was then purified using HP-20 column chromatography, and the most polar fraction induced the growth of E. gabavorous as shown in Figure 2C. This active fraction was then further fractionated by preparative HPLC. HPLC yielded one active fraction, and NMR showed that it contained 10 compounds, primarily GAB A, threonine, lactic acid, valine, glutamine, malonic acid, succinic acid, and alanine. All compounds were spotted on plates where E. gabavorous was spread, and only GABA caused growth induction, as shown in Figs. 2E-F. The compounds were identified by NMR analysis including ^!H, ¹³C, ¾-¾ COSY, TOCY, HSQC, and HMBC NMR experiments to identify the constituents in the fraction. Ail NMR experiments were carried out on a Varian INOVA 600 MHz NMR spectrometer equipped with an indirect detection probe.

Example 4; Testing other compounds for induction of E. gabavorous

[00163] Multiple compounds were tested for the ability to induce the growth of E.

gabavorous as shown in Figure 2G. Stocks of each compound (purchased from Sigma, excluding the ATCC Mineral and Vitamin mixes) were prepared dependent on solubility in water at the concentrations shown in Figure 2G. Five ,u.L of the stocks were then spotted on FAAy plates spread with E. gabavorous, and incubated anaerobically for one week, and any growth was observed. No compounds induced growth but GABA.

Example 5: Whole genome sequencing and annotation

|00164] DNA from cells of E. gabavorous grown 48 hours anaerobically on FAAy plates with 1.0 mg/mL GABA was isolated for genome sequencing using the PowerSoil® DNA Isolation Kit (Mo Bio, San Diego, CA) to manufacturer specifications, yielding -5.0 ^ig of high quality DNA. Genomic sequencing and de novo assembly was performed by the Genomic Core at Tufts University in Boston, MA, The genome of E. gabavorous was sequenced on an Illumina MiSeq using MiSeq V2 500 cycles chemistry with a paired-end 250 bases format. Briefly, 100 ng of genomic DNA was sheared on a Covaris M220 to an average fragment size of around 600 bases. Using the fragmented DNA as input, a sequencing library was prepared with Illumina TruSeq Nano DNA Sample Preparation Kit per the manufacturer instruction. Base calling and demultiplexing was performed on the raw data from the MiSeq using CASAVA and fastq files were generated. De novo assembly of the genome was performed using Edena V3.131028 with a customized parameter optimization pipeline. The best assembled genome, as assessed by the contig statistic, was reported. Assembly yielded 68 contigs (n), with ail contigs having a sequence length longer than 200 bases (n:200). 7 contigs with a larger value than the N50 (1 19748), and the minimal contig length is 355 (min). The N20, N50 and N20 are 33403, 1 19748 and 204670, respectively. The largest contig length (max) was 344080, and the estimated genome size is 2500009. The draft genome was annotated using the RAST server and the KAAS ( EGG Automatic Annotation Server) analysis tool of the KEGG (Kyoto Encyclopedia of Genes and Genomes) database. The genome of E. gahavorous was annotated using RAST, and the genomes of C AG: 113 and E. gahavorous were compared using RAST.

Example 6: Quantification of Glutamate and GABA Production in B. fragilis

|00165] The absolute amount of glutamate and GABA contained in the B. fragilis KLE1758 supernatant was determined by HPLC, using a fluorophore to aid in detection. Specifically, free amines were labeled for analysis by reacting with the AccQ reagent (Waters) according to manufacturer's protocols. A calibration curve was generated from stock solutions (10 mg/mL) that were prepared by dissolving GABA (2.0 mg) in water (200 _,uL), glutamate (Glu) (10.2 mg) in water (1020 μΐ.,) and cysteic acid (CSA) (16.9 mg) in water (1690 μΕ). These were serially diluted to generate a concentration gradient. Specifically, stocks were made to final concentrations of 0.1 mg/mL, 0.05 mg/mL, 0.01 mg/mL and 0.001 mg/mL. An aliquot of a given stock solution, was added to the AccQ reaction buffer (25 μΐ, final), followed by the addition of the acetonitrile-dissolved AccQ reagent (25 \L). This was reacted for ten minutes at 55-60°C, and then transferred directly to an LCMS vial, fitted with a glass insert. Reaction concentrations of the amino acids were: 20 ng^iL, 10 ng/uL, 5 ng/uL, 2.5 ng uL, 1 ng/ iL, 0.5 ng/ iL, 1 ng/ L and 0 ng^L (control). These samples were injected (10 iL) on an Agilent LCMS, using a gradient of solvent A (water/0.1% formic acid) and B (acetonitriie/0.1% formic acid) over the following time course: 1) 0-40 minutes linear gradient of 2% B to 98% B; 2) 40-45 min isocratic at 98% B; 3) 45-45,5 min linear gradient of 98% B to 2 % B; 4) 45,5-55 mm isocratic at 2% B. The CSA-AccA derivative eiuted at 9.5 min, the Glu- AccQ derivative eluted at 12.1 min and the GABA- AccQ derivative at 12.5 min. The area under the curve, in extracted ion (EIC) mode (m/z = 274 for GABA-AccQ, 318 for Glu- AccQ and 340 for CSA-AccQ), was used to develop a calibration curve by plotting area against amount of original Glu, CSA or GABA. (in ng) injected. An average of two runs for each tested concentration was used to generate the calibration curve. In the case of GABA and Glu, CSA was added to all reactions, to a final concentration of 2.5 g/rriL, and used as an internal standard.

[00166] Triplicate cultures of B. fragilis KLE1758 were grown in BHIych anaerobically for 48 hours, the cells centrifuged, and the supernatant was filtered through a 0.2 μηι filter. Samples were stored at 4 °C until analysis. To analyze the samples, an aliquot (2 μΕ) of each sample was added to AccQ reaction buffer (16 μΐ,), CSA internal standard (2 μΕ of a 50 μg/mL solution in buffer), followed by the addition of the AccQ reagent (20 μΕ). These samples were heated to 55°C for ten minutes, and then transferred directly into an LCMS vial fitted with a glass insert. An aliquot of each sample (10 μΐ.) was injected onto the LCMS, and separated following the same injection program as used for the calibration curve. The total EIC area under curves representing GABA, Glu and CSA was determined using ChemStation software (Agilent). Each injection represented 25% of the original media concentration, therefore the total amount of sample determined (in ng) was multiplied by a factor of four to determine the original concentration (in ng/μΐ.. = μ^-'ηιΕ). All areas were normalized to the area under the curve of the internal standard (CSA), which was held at constant concentration throughout the experiment. The results are given in Figure 4A.

Example 7; Co-culture Screen for GABA Producers Using E. gabavorous

[00167] GABA secretion can allow bacteria to survive acid stress. Decarboxylation of glutamate produces GABA, which is exported from the cell in a protonated form, alkalinizing the cytoplasm. E. coli, as well as some Lactobacillus and Bifidobacterium strains were shown to produce GABA, but these organisms are typically found at a low abundance in the human intestinal tract, and in the case of E. coli, is dependent on low pH (e.g., about 4.2 and below). Bacteroides fragilis, the helper of E. gabavorous, is a common gut bacterium, but it was found that similarly to E. coli, GABA production by Bacteroides fragilis KLE1758 is only observed at a pH less than about 5.5 as shown in Figure 4A. GABA is shown in left-hand columns and glutamate is shown in right-hand columns at each pH value. Without wishing to be bound by theory, it was therefore considered useful to identify microorganisms capable of producing GABA at a physiologically relevant pH for the human large intestine (e.g., pH of about 5.5 to about 7.5, or about pH 5.7 to about 7.4).

|00168] To accomplish this, the strict GABA requirement of E. gabavorous was utilized to screen for bacteria capable of secreting GABA on heavily buffered medium. Metabolic byproducts of bacterial growth may lower the pH of the medium in the absence of buffer. Stool sample was mixed with molten agar and poured in Petri plates in an anaerobic chamber, and E. gabavorous was spread on top of the agar once solidified. By looking for zones of growth induction ofE. gabavorous, and measuring the pH of the agar, bacteria that produce GABA at a pH of between about 6.0 and about 7.0 were identified, as well as those producing GABA at a pH of about 4.5 to about 5.0, as shown in Figure 4B. The full 16S rRNA gene was amplified and sequenced using the 27F and 1492R universal primers, and annotation with EZTaxon revealed a number of representatives from multiple genera, including Bacteroides, Bifidobacterium, Blautia, Coprococcus, Gordonihacter, Dorea, and Clostridium. (Fig. 4C). Of these, only Bifidobacterium adolescentis was previously reported to produce GABA.

Example 8; Using an Engineered Escherichia coli strain to produce GABA asid induce the growth of E. gabavorous

|00169] GABA can be produced by intestinal epithelial cells and by some bacteria, such as Escherichia coli and Listeria monocytogenes, by decarboxylation of glutamate. In E. coli, the decarboxylation of glutamate serves as a mechanism to decrease intracellular pH, and GABA production generally occurs at a low pH. To survey whether E. coli could be engineered to produce GABA, E. coli colones harboring native glutamate decarboxylases (gadA, gadB), or the GABA antiporter, (gadC) in the pCA24N IPTG inducible high-copy number vector, were tested for GABA production via co-cultivation assay with E. gabavorous, Overexpression of glutamate decarboxylase in E. coli (gadA or gadB), resulted in induction of KLE1738 growth to levels seen with B. tragi lis. while expression of the GABA antiporter, gadC, did not (Figure 6). Altering the pH of growth media for KLE1738 did not change the GABA-dependency phenotype. Without wishing to be bound by theory, this suggests that engineering bacteria to overexpress glutamate decarboxylase or other GABA producing enzymes, constitutively or inducibiy, is an effective way to produce GAB A, as well as induce the growth of E. gabavorous.

Equivalents

[00170] While the present disclosure has been described in conjunction with the specific embodiments set forth above, many alternatives, modifications and other variations thereof will be apparent to those of ordinary skill in the art. All such alternatives, modifications and variations are intended to fall within the spirit and scope of the present disclosure.

Claims

Claims:

1. A therapeutic composition comprising at least one purified bacterial popuiation consisting of bacteria capable of producing GAB A in a subject in need thereof.

2. The therapeutic composition of claim 1 , wherein the at least one bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to a 16S rDNA sequence selected from one of Seq. ID. Nos. 1 -31 set forth in Table I .

3. The therapeutic composition of claim 1, wherein the at least one purified bacterial population consists of bacteria selected from the group consisting of: Bacteroides caccae KLE1911; Bacteroides clarus KLE1930; Bacteroides dorei KLE1912;

Bacteroides finegoldii KLE1931; Bacteroides fragilis KLE1958; Bacteroides massiliensis LE1932; Bacteroides ovatus KLE1770; Bacteroides stercoris KLE 1933; Bacteroides thetaiotaomicron KLE1934; Bacteroides unijbrrnis KLE1913; Bacteroides vulgaius KLE1910; Bacteroides xylanisolvens KLE1935; Bifidobacterium adolescentis KLE 1879; Blautia obeum KLE1914; Blautia wexlerae KLE1916; Butyricimonas virosa KLE 1938; Clostridium perjringens KLE1937; Clostridium sordelUi KLE1939;

Clostridium sp. KLE1862; Clostridium sp. KLE1918; Coprobacillus sp. KLE1779; Coprococcus sp. KLE1880; Dorea longicatena KLE1917; Eggerthella lenta KLE1926; Eubacierium rectale KLE1922; Gordonibacter pameiaeae KLE1915; Osciilibacter sp. KLE 1928; Parabacteroides distasonis KLE2020; Parabacteroides merdae KLE 1863; Ruminococcus gnavus KLE1940; Turicibacter sanguinis KLE1941, and combinations thereof.

4. The therapeutic composition of claim 1 , wherein the at least one purified bacterial population consists of a bacteria comprising a 16S rDN A sequence at least about 95% identical to a 16S rDNA sequence selected from one of Seq. ID. Nos. 32-274 set forth in Table 2.

5. The therapeutic composition of claim 1 , wherein the at least one purified bacterial population consists of bacteria comprising a 16S rDNA sequence having at least 95% similarity to the 16S rDNA sequence selected from one of Seq. ID. Nos. 305-2217 set forth in Table 10.

6. The therapeutic composition of claim 1 , wherein the at least one purified bacterial population consists of bacteria comprising a DNA sequence which encodes an enzyme selected from: glutamate decarboxylase; puirescine aminotransferase; gamma-aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof.

7. The therapeutic composition of claim 6, wherein the glutamate decarboxylase; putrescine aminotransferase; gamma-aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof, is encoded by a DNA sequence at least 70% similar in DNA sequence to any one of Seq. ID. Nos, 275-304 set forth in Table 3.

8. The therapeutic composition of claim 6, wherein the glutamate decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 4.

9. The therapeutic composition of claim 6, wherein the putrescine aminotransferase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDB J ID found in Table 5.

10. The therapeutic composition of claim 6, wherein the gamma-aminobutyraldehyde dehydrogenase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDBJ ID found in Table 6.

11. The therapeutic composition of claim 6, wherein the arginine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDBJ ID found in Table 7.

12. The therapeutic composition of claim 6, wherein the agmatinase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENB ANK/DDBJ ID found in Table 8.

13. The therapeutic composition of claim 6, wherein the ornithine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENB ANK/DDBJ ID found in Table 9.

14. The therapeutic composition of claim 1, wherein the at least one purified bacterial population consists of bacteria comprising a 16S rDNA sequence having at least 95% similarity to a reference bacterium selected from the group consisting of: Escherichia coii MG1655;

Escherichia coli Nissle 1 917; or a combination thereof.

15. The therapeutic composition of claim 1 , wherein the bacterial population consists of bacteria capable of producing GABA at a physiologically relevant pH.

16. The therapeutic composition of claim 1, wherein the bacterial population consists of bacteria capable of producing GABA at a pH range between about 4.5 and about 7.5.

17. The therapeutic composition of claim 1, wherein the bacterial population consists of bacteria capable of producing GABA inside the human gut.

18. The therapeutic composition of claim 1, wherein the composition is in the form of a probiotic, prebiotic, a capsule, a tablet, a caplet, a pill, a troche, a lozenge, a powders, a granule, a medical food, or a combination thereof.

19. The therapeutic composition of claim 1, wherein the composition is administered as a fecal transplant.

20. The therapeutic composition of claim 1, wherein the bacteria are capable of producing GABA via expression of any combination of glutamate decarboxylase, putrescine aminotransferase, gamma-aminobutyraldehyde dehydrogenase, arginine decarboxylase, agmatinase, and/or ornithine decarboxylase.

21. The therapeutic composition of claim 1, further comprising a purified bacterial strain that is cytotoxic or cytostatic to a GABA-consuming bacteria.

22. The therapeutic composition of claim 21, wherein the GAB A-consuming bacteria is Evtepia gabavorous or Firmicutes bacterium MGS: 114.

23. The therapeutic composition of claim 1 , further comprising a prebiotic capable of stimulating the growth or GABA-production levels of a GABA-producing bacteria.

24. A method of treating a disease or disorder in a subject in need thereof, the method comprising administering to the subject a therapeutic composition comprising at least one purified bacterial population consisting of bacteria capable of producing GABA in a subject in need thereof.

25. The method of claim 24, wherein the disease or disorder is a mental disease or disorder.

26. The method of claim 24, wherein the mental disease or disorder is selected from the group consisting of depression, bipolar disorder, schizophrenia, anxiety, anxiety disorders, addiction, social phobia, treatment-resistant major depressive disorder (TR-MDD), major depressive disorder and its subtypes (melancholic depression, atypical depression, catatonic depression, postpartum depression, and seasonal affective disorder), Neurodegenerative amyloid disorders (Parkinson's, Alzheimer's, and Huntington's diseases) orthostatic tremor, Lafora disease, restless leg syndrome, neuropathic pain, pain disorders, dementia, epilepsy, stiff-person syndrome, premenstrual dysphoric disorder, autism spectrum disorder, sleep disorders, and attention deficit hyperactivity disorder (ADHD), and combinations thereof.

27. The method of claim 24, wherein treating a disease or disorder comprises decreasing at least one symptom of the disease or disorder, such as fatigue, insomnia, motor dysfunction, stress, persistent anxi ety, persistent sadness, social withdrawal, substance withdrawal, irritability, thoughts of suicide, thoughts of self-harm, restlessness, low sex drive, lack of focus, seizures, memory loss, anger, bouts of emotional reactivity, confusion, pain, and muscle spasms, loss of appetite, altered intestine motility, and combinations thereof.

28. The method of claim 24, wherein the at least one bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to a 16S rDNA. sequence selected from one of Seq. ID. Nos. 1 -31 set forth in Table 1 .

29. The method of claim 24, wherein the at least one purified bacterial population consists of bacteria selected from the group consisting of: Bacteroides caccae KLE191 1 ; Bacteroides clams KLE1930; Bacteroides dorei LE1912; Bacteroides finego!dii KLE 1931; Bacteroides fragilis KLE 1958; Bacteroides massiliensis

KLE1932; Bacteroides ovatus KLE1770; Bacteroides stercoris KLE1933; Bacteroides thetaiotaomicron KLE1934; Bacteroides uniformis KLE1913; Bacteroides vulga us KLE1910; Bacteroides xylanisolvens KLE1935; Bifidobacterium adolesceniis KLE 1879; Blautia obeum KI.E1914; Blautia. wexlerae KLE1916; Butyricimonas virosa KLE1938; Clostridium perfringens KLE1937; Clostridium sordellii KLE1939;

Clostridium sp. KLE1862; Clostridium sp. KLE1918; Coprobacillus sp. KLE1779; Coprococcus sp. KLE1880; Dorea longica.te.na KLE1917; Eggerthella lenta KLE 1926; Eubacterium rectale LE1922; Gordonibacter pameiaeae KLE1915; Oscillibacter sp. KLE1928; Parabacteroides distasonis KLE2020; Parabacteroides merdae KLE1863; Ruminococcus gnavus KLE1940; Turicibacter sanguinis KLE1941, and combinations thereof.

30. The method of claim 24, wherein the at least one purified bacterial population consists of a bacteria comprising a 16S rDNA. sequence at least about 95% identical to a 16S rDNA sequence selected from one of Seq. ID. Nos. of 32-274 as set forth in Table 2.

31. The method of claim 24, wherein the at least one bacterial population consists of a bacteria comprising a 16S rDNA sequence at least about 95% identical to any one of Seq ID Nos. 305-2217 set forth in Table 10.

32. The method of claim 24, wherein the at least one purified bacterial population consists of bacteria comprising a DNA sequence which encodes an enzyme selected from: glutamate decarboxylase: putrescine aminotransferase: gamma- aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof.

33. The method of claim 32, wherein the glutamate decarboxylase; putrescine aminotransferase; gamma-aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarbox lase; or a combination thereof, is encoded by a DNA sequence at least 70% similar in DNA sequence selected from one of Seq. ID. Nos. 275-304 set forth in Table 3.

34. The method of claim 32, wherein the glutamate decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBANK/DDBJ ID found in Table 4.

35. The method of claim 32, wherein the putrescine aminotransferase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBANK/DDBJ ID found in Table 5.

36. The method of claim 32, wherein the gamma-aminobutyraldehyde dehydrogenase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 6.

37. The method of claim 32, wherein the arginine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBA K/DDBJ ID found in Table 7.

38. The method of claim 32, wherein the agmatinase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 8,

39. The method of claim 32, wherein the ornithine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBANK/DDBJ ID found in Table 9.

40. The method of claim 24, wherein the bacteria is geneti cal ly engineered to produce GAB A.

41. The method of claim 40, wherein the bacteria is engineered to produce GABA via expression of glutamate decarboxylase; putrescine aminotransferase; gamma- aminobutyraldehyde dehydrogenase; arginme decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof.

42. The method of claim 41 , wherein the glutamate decarboxylase; putrescine aminotransferase; gamma-aminobutyraldehyde dehydrogenase; arginine decarboxylase; agmatinase; ornithine decarboxylase; or a combination thereof, is encoded by a DN A sequence at least 70% similar in DNA sequence selected from one of Seq. ID. Nos. 275- 304 set forth in Table 3.

43. The method of claim 41, wherein the glutamate decarboxylase is encoded by a DN A sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBANK/DDBJ ID found in Table 4.

44. The method of claim 41 , wherein the putrescine aminotransferase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBANK/DDBJ ID found in Table 5.

45. The method of claim 41 , wherein the gamma-aminobutyraldehyde dehydrogenase is encoded by a DN A sequence at least 95% similar in DN A sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 6.

46. The method of claim 41, wherein the arginine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBANK/DDBJ ID found in Table 7.

47. The method of claim 41, wherein the agmatinase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a EMBL/GENBANK/DDBJ ID found in Table 8,

48. The method of claim 41, wherein the ornithine decarboxylase is encoded by a DNA sequence at least 95% similar in DNA sequence to a gene with a

EMBL/GENBANK/DDBJ ID found in Table 9.

49. The method of claim 24, wherein the at least one purified bacterial population consists of bacteria comprising a 16S rDNA sequence having at least 95% similarity to a reference bacterium selected from the group consisting of:

Escherichia coli MG1655;

Escherichia coli Nissle 1917; or a combination thereof.

50. The method of claim 24, wherein the bacterial population consists of bacteria capable of producing GAB A at a physiologically relevant pH.

51. The method of claim 24, wherein the bacterial population consists of bacteria capable of producing GABA at a pH range between about 4.5 and about 7.5.

52. The method of claim 24, wherein the bacterial population consists of bacteria capable of producing GABA inside the human gut.

53. The method of claim 24, wherein the composition is administered as a fecal transplant.

54. The method of claim 24, wherein the composition is administered as a probiotic.

55. The method of claim 24 wherein the bacteria are capable of producing GABA via expression any combination of glutamate decarboxylase, putrescine aminotransferase, gamma-aminobutyraldehyde dehydrogenase, arginine decarboxylase, agmatinase, ornithine decarboxylase, and combinations thereof.

56. The method of claim 24, wherein the at least one bacterial strain is cytotoxic or cytostatic to a GABA-consuming bacteria.

57. The method of claim 56, wherein the GABA-consuming bacteria is Evlepia gabavorous or Firmiciit.es bacterium MGS: 114.

58. The method of claim 24, further comprising identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABA in the subject's stool.

59. The method of claim 58, wherein the initial amount of GABA in the subject's stool is below about 8 μg per gram of wet or dry stool.

60. The method of claim 58, wherein the amount of GABA in the subject's stool is increased relative to the initial amount after administering the therapeutic

composition.

61. The method of claim 24, further comprising identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABA-producing bacteria in the subject's stool.

62. The method of claim 61 , wherein initial amount of GABA-producing bacteria in the subject's stool is less than about 10% of total bacteria as measured by 16S sequence mapping.

63. The method of claim 61 , wherein at least one GABA-producing bacteria is increased in the subject's stool relative to the initial amount of GABA-producing bacteria in the subject's stool after administering the therapeutic composition.

64. The method of claim 24, further comprising identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABA in the subject's blood or serum.

65. The method of claim 64, wherein the amount of GABA in the subject's blood or serum is below about 10 μg per liter of blood.

66. The method of claim 64, wherein the amount of GABA in the subject's blood or serum is increased relative to the initial amount after administering the therapeutic composition.

67. The method of claim 24, further comprising identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an amount of GABA in the subject's brain.

68. The method of claim 67, wherein the amount of GAB A in the subject's brain is below about 1.0 mM/kg.

69. The method of claim 67, wherein the amount of GABA. in the subject's brain is increased relative to the initial amount after administering the therapeutic

composition.

70. The method of claim 24, further comprising identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of expression of GABA- producing enzymes in the subject's stool.

71. The method of claim 70, wherein the GABA-producing enzymes are selected from glutamate decarboxylase, putrescme aminotransferase, gamma- aminobutyraldehyde dehydrogenase, arginine decarboxylase, agmatinase, ornithine decarboxylase, and combinations thereof.

72. The method of claim 70, wherein the initial amount of enzyme expression is measured by qPCR.

73. The method of claim 70, wherein the expression of enzymes is increased relative to the initial amount of enzyme expression after administering the therapeutic composition.

74. The method of claim 24, further comprising identifying a subject in need of treatment by determining whether the subject would benefit from an increase in endogenous GABA by measuring an initial amount of GABAergic response in the subject's brain.

75. The method of claim 74, wherein the amount of the GABAergic response in the subject's brain is increased relative to the initial amount after administering the therapeutic composition.

76. The method of claim 24, wherein the therapeutic composition comprises a prebiotic capable of stimulating the growth or GABA production of GABA- producing bacteria.

77. A method of culturing a G ABA-dependent bacteria, comprising disposing at least one live GABA-dependent bacterial cell on a suitable substrate, and providing a source of GABA.

78. The method of claim 77, wherein the suitable s ubstrate is agar.

79. The method of claim 77, wherein providing a source of GABA comprises co- culturing with another bacterial strain, said strain is capable of producing GABA.

80. The method of claim 77, wherein GABA is added to the substrate.

81. The method of claim 77, wherein the GABA-dependent bacteria is E. gabavorous.

82. A method of identifying a bacterial strain or strains capable of producing GABA at a physiologically relevant pH of the human intestinal tract, comprising:

(a) dispersing a sample believed to contain GABA-producing bacteria within a substrate, the substrate being at least partially permeable to GABA,

(b) contacting the substrate loaded with potential GABA-producing bacteria with a GABA-dependent bacterium; and

(c) identifying a GABA-producing bacteria by observing the formation of a colonies of the GABA-dependent bacteria around potential GABA-producing bacteria in the substrate.

83. The method of claim 82, wherein the substrate is being buffered to maintain the pH at a physiologically range found in the human gastroin estinal tract.

84. The method of claim 82, wherein the GABA-dependent bacteria is E. gabavorous.

85. The method of claim 82, wherein the pH range is between about 4.5 and about 7.5.