DE102010050299A1 - New organisms, e.g. bacteria, which live in the human body and produce substances, e.g. as waste product, which blocks the receptor molecules from the HIV virus, and no longer docks the HIV virus, useful e.g. for the production of insulin - Google Patents

New organisms, e.g. bacteria, which live in the human body and produce substances, e.g. as waste product, which blocks the receptor molecules from the HIV virus, and no longer docks the HIV virus, useful e.g. for the production of insulin Download PDF

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DE102010050299A1
DE102010050299A1 DE102010050299A DE102010050299A DE102010050299A1 DE 102010050299 A1 DE102010050299 A1 DE 102010050299A1 DE 102010050299 A DE102010050299 A DE 102010050299A DE 102010050299 A DE102010050299 A DE 102010050299A DE 102010050299 A1 DE102010050299 A1 DE 102010050299A1
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substances
organisms
bacteria
hiv virus
produce
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wird später genannt werden Erfinder
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    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61KPREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
    • A61K35/00Medicinal preparations containing materials or reaction products thereof with undetermined constitution
    • A61K35/66Microorganisms or materials therefrom
    • A61K35/74Bacteria
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61PSPECIFIC THERAPEUTIC ACTIVITY OF CHEMICAL COMPOUNDS OR MEDICINAL PREPARATIONS
    • A61P31/00Antiinfectives, i.e. antibiotics, antiseptics, chemotherapeutics
    • A61P31/12Antivirals
    • A61P31/14Antivirals for RNA viruses
    • A61P31/18Antivirals for RNA viruses for HIV

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  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • General Health & Medical Sciences (AREA)
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  • Virology (AREA)
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  • Medicinal Chemistry (AREA)
  • Pharmacology & Pharmacy (AREA)
  • Veterinary Medicine (AREA)
  • Animal Behavior & Ethology (AREA)
  • Molecular Biology (AREA)
  • AIDS & HIV (AREA)
  • Epidemiology (AREA)
  • Microbiology (AREA)
  • Tropical Medicine & Parasitology (AREA)
  • Mycology (AREA)
  • Communicable Diseases (AREA)
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  • Chemical Kinetics & Catalysis (AREA)
  • General Chemical & Material Sciences (AREA)
  • Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
  • Organic Chemistry (AREA)
  • Medicines Containing Material From Animals Or Micro-Organisms (AREA)

Abstract

Organisms, e.g. bacteria, which live in the human body and produce substances, e.g. as waste product, which blocks the receptor molecules from the HIV virus, and no longer docks the HIV virus, are new. The organisms are genetically modified organisms (including generic cells, bacteria and viruses) e.g. organisms, which produce other useful substances, e.g. fun-promoting substances such as tadalafil in the body, and substances that kill sperm or produce other beneficial substances in the body. Organisms, e.g. bacteria, which live in the human body and produce substances, e.g. as waste product, which blocks the receptor molecules from the HIV virus, and no longer docks the HIV virus, are new. The organisms are genetically modified organisms (including generic cells, bacteria and viruses) e.g. organisms, which produce other useful substances, e.g. fun-promoting substances such as tadalafil in the body, and substances that kill sperm or produce other beneficial substances in the body. The genetically modified organisms (including bacteria, viruses, normal body cells, e.g. cluster of differentiation (CD)8 T cells) feed through the genetic modification of undesirable bacteria/viruses, e.g. HIV virus. Substances such as enzymes, control the HIV virus, e.g. if these enzymes/substances produced by the body itself. These organisms live independently in the human body and make the production of functional substances. A production in tanks is not covered if the modified organism/the substance in the body does not make production themselves. The organisms that make the production in the body itself and/or outside of the body (for a higher efficiency) are detected, and the substances/organisms make HIV in monkeys as harmless as athlete's foot for humans. ACTIVITY : Anti-HIV. MECHANISM OF ACTION : None given.

Description

Technisches Gebiet: BiotechnologieTechnical Field: Biotechnology

Stand der Technik:State of the art:

Eine Methode bei einer Infektion mit HIV eine lange Lebensdauer zu erzielen besteht darin, antitretrovirale Medikamente einzunehmen. Diese müssen im Regelfall nahezu oder ausschliesslich täglich eingenommen werden. Dies macht die Behandlung teuer und bei einer Wirtschaftskrise in vielen Ländern, bei denen die Medikamente von den USA gestiftet werden, unbezahlbar. HIV würde sich dann rasch ausbreiten. Technisch besteht eine Möglichkeit gegen das HIV-Virus darin Moleküle, die beim Andocken des HIV-Virus an anderen Molekülen verwendet werden mit weiteren Molekülen (durch die Mediikamente) zu blockieren. Diese „weiteren Moleküle” müssen natürlich stets nachgeliefert werden.One way to get a long life out of HIV infection is to take antiretroviral drugs. These usually have to be taken almost or exclusively daily. This makes the treatment expensive and priceless in an economic crisis in many countries where drugs are donated by the US. HIV would then spread quickly. Technically there is a possibility against the HIV virus to block molecules used in docking the HIV virus on other molecules with other molecules (by the medications). These "other molecules" must of course always be replenished.

Seit vielen Jahren ist es Stand der Technik Substanzen, zum Beispiel bei der Insulinproduktion, durch genetisch modifizierte Bakterien herzustellen. Es ist auch Stand der Technik (das Medikament Perenterol für Darmerkrankungen als Beispiel) lebende Bakterien in den menschlichen Körper einzuführen. Auch können diese lebenden Bakterien bei nicht gewollten Umständen (lt. Beipackzettel) den ganzen Körper besiedeln. Die friedliche Koexistenz von Bakterien im Körper, die standardmässig nicht Teil des menschlichen Körpersystems sind, ist somit technisch nachgewiesen.For many years it has been state of the art to produce substances, for example in insulin production, by genetically modified bacteria. It is also state of the art (the drug perenterol for intestinal diseases as an example) to introduce living bacteria into the human body. These living bacteria can colonize the whole body in unwanted circumstances (as per leaflet). The peaceful coexistence of bacteria in the body, which by default are not part of the human body system, is thus technically proven.

Lösung:Solution:

Es wird somit vorgeschlagen alle drei Aspekte in einem neuen genetisch modifizierten Organismus (Bakterium, Virus, menschliche oder sonstige Zelle etc.) so zu vereinen, dass dieser neue Organismus als Abfallprodukt solche Moleküle ausscheidet/generiert, die im Blut schwimmend, dann die Rezeptormoleküle des/für das HIV-Virus blockieren.It is thus proposed to combine all three aspects in a new genetically modified organism (bacterium, virus, human or other cell, etc.) in such a way that this new organism excretes / generates such molecules as a by - product floating in the blood, then the receptor molecules of the / block for the HIV virus.

Es ist also der Mechanismus, zum Beispiel der Insulinproduktion, so zu untersuchen (und der anderer Bakterien ebenfalls) dass gezielt nach Molekülen gesucht wird, die so beschaffen sind, dass sie (a) von den Bakterien produziert werden können und (b) die Rezeptormoleküle blockieren können.So it is the mechanism, such as insulin production, that needs to be explored (and that of other bacteria as well) to target molecules that are (a) produced by the bacteria and (b) the receptor molecules can block.

Die Erfindung für die Schutz begehrt wird: Organismen (z. B. Bakterien), die im menschlichen Körper leben und Moleküle erzeugen, die die Rezeptormoleküle von/für HIV-Viren blockieren sowie, mit diesem Prinzip verbunden, Organismen, die sich auch von HIV Viren ernähren.The invention sought after for protection is organisms (eg bacteria) that live in the human body and produce molecules that block the receptor molecules of / for HIV viruses and, linked to this principle, organisms that are also HIV Nourish viruses.

Gewerbliche Anwendbarkeit: Das HIV Virus erzeugt durch die Kosten für Medikamente bislang sehr hohe Kosten. Auch reduziert es den flirtinduzierten Spass.Industrial Applicability: The HIV virus has so far caused very high costs due to the costs of medicines. Also, it reduces the flirt-induced fun.

Wird das Medikament faktisch im Körper selbst erzeugt ist das HIV Virus in weiten Teilen der Welt kein Problem mehr. Ein entsprechendes Medikament kann dann durch UN Programme kostenlos zur einmaligen Einnahme abgegeben werden. In Verbindung mit spassfördernden anderen Substanzen (Taladafil etc.), die ggf. ebenfalls so im Körper für eine Art „Grundlevel” hergestellt werden können, entsteht auch ein neuer Markt für neue Lifestyle-Produkte. Werden dann noch, nach gleichem Prinzip, Bakterien eingeführt, die sich von Spermien ernähren oder diese abtöten, also das Hormon-Niveau nicht negativ beeinflussen (anschaulich: Viagra plus und Viagra plus plus (das erste Plus gegen HIV, das zweite gegen die Spermien)) so entsteht ein Markt, der ein Motiv für die Entwicklung des Inhalts der Patentschrift zu einem Produkt darstellt.If the drug is actually produced in the body itself, the HIV virus is no longer a problem in many parts of the world. An appropriate drug can then be given by UN programs for free for single use. In conjunction with fun-promoting other substances (Taladafil etc.), which may possibly also be produced in the body for a kind of "basic level", also creates a new market for new lifestyle products. Are then still introduced, according to the same principle, bacteria that feed on sperm or kill them, so the hormone level does not adversely affect (vividly: Viagra plus and Viagra plus plus (the first plus against HIV, the second against the sperm) ) creates a market, which is a motive for the development of the content of the patent specification for a product.

Claims (1)

Organismen, zum Beispiel aber nicht nur, Bakterien, die dadurch gekennzeichnet sind, dass sie (a) im menschlichen Körper leben können und (b) dabei Substanzen produzieren, zum Beispiel als Abfallprodukt, die so beschaffen sind, dass sie die Rezeptormoleküle vom (= am HIV Virus) bzw. für (= an anderen Stellen, also denen, an denen das HIV Virus andockt) HIV-Viren so blockieren, das das HIV Virus nicht mehr andocken kann. Unteranspruch 1: Die Anspruch bezieht sich auch auf genetisch modifizierte Organismen (einschliesslich „allgemeine” Zellen, Bakterien, Viren), zum Beispiel Organismen, die sonstige nützliche Substanzen, zum Beispiel spassfördernde Substanzen wie Taladafil im Körper produzieren, Substanzen produzieren, die Spermien töten oder andere nützliche Substanzen im Körper produzieren. Unteranspruch 2: Die Ansprüche beziehen sich auch auf genetisch modifizierte Organismen (einschliesslich Bakterien, Viren, „normale” Körperzellen, zum Beispiel CD 8 T Zellen), die sich durch die genetische Modifikation von unerwünschten Bakterien/Viren ernähren, also z. B. sich von HIV-Viren ernähren. Unteranspruch 3: Die Ansprüche beziehen sich auch auf Substanzen wie Enzyme, die HIV Viren stillegen, zum Beispiel wenn diese Enzyme/Substanzen im Körper selbst produziert werden. Abgrenzung: Wichtig für die Ansprüche ist, dass diese Organismen im menschlichen Körper selbst leben können und dort die Produktion der funktionellen Substanz/en vornehmen können. Eine Produktion in Tanks wird durch die Ansprüche dann nicht erfasst wenn die modifizierten Organismen die Substanzproduktion nicht im Körper selbst vornehmen können. Organismen, die (a) die Produktion im Körper selbst vornehmen können und/oder (b) ausserhalb des Körpers (zum Beispiel für einen höheren Wirkungsgrad) werden durch die Ansprüche jedoch erfasst. Die Ansprüche beziehen sich nur auf Organismen, für die Patentschutz überhaupt möglich ist. Wenn also in der Zukunft ein Organismus entdeckt wird, der sich von HIV-Viren ernährt (z. B. in Affen) wird dieser Organismus dann durch die Ansprüche erfasst, wenn er patentierbar ist (obwohl so etwas eigentlich eine Entdeckung wäre und keine Erfindung). Wenn dieser entdeckte Organismus nicht patentfähig ist (also durch niemanden patentiert werden kann) soll diese Entdeckung natürlich allgemein zur Verfügung stehen – zum Beispiel wenn, angeregt durch diese Patentschrift, nach Substanzen/Organismen gesucht wird, die HIV für Affen so harmlos machen wie Fusspilz für Menschen. Technische Realisierung: Senden an ein Unternehmen/an ein Institut, das Erfahrung mit der Herstellung genetisch modifizierter Organismen hat, zum Beispiel für die Insulinproduktion, in der Geologie (Projekte zum Teilgebiet „Tiefe Biosphäre” des Integrierten Ozeanbohrprogramms IODP) etc.Organisms, for example, but not limited to, bacteria, which are characterized by being able to (a) live in the human body and (b) produce substances, for example as a waste product, which are designed to bind the receptor molecules of (= on the HIV virus) or for (= in other places, ie the ones where the HIV virus docks) so block HIV viruses that can no longer dock the HIV virus. Subclaim 1: The claim also relates to genetically modified organisms (including "common" cells, bacteria, viruses), for example organisms which produce other useful substances, for example fun-loving substances such as taladafil in the body, produce substances that kill sperm or produce other beneficial substances in the body. Unteranspruch 2: The claims also relate to genetically modified organisms (including bacteria, viruses, "normal" body cells, for example CD 8 T cells), which feed on the genetic modification of unwanted bacteria / virus, ie z. B. Feeding HIV viruses. Subclaim 3: The claims also relate to substances such as enzymes which silence HIV viruses, for example when these enzymes / substances are produced in the body itself. Delineation: It is important for the claims that these organisms can live in the human body itself and can there carry out the production of the functional substance (s). Production in tanks is not covered by the claims if the modified organisms do not produce the substance in the body itself can make. However, organisms which (a) are able to carry out their own production in the body and / or (b) outside the body (for example for higher efficiency) are covered by the claims. The claims relate only to organisms for which patent protection is even possible. So if in the future an organism is discovered that feeds on HIV viruses (eg in monkeys) then this organism will be covered by the claims if it is patentable (although such a thing would actually be a discovery and not an invention) , Of course, if this discovered organism is not patentable (that is, can not be patented by anyone), this discovery should be generally available - for example, if, as suggested by this patent, substances / organisms are sought that make HIV as harmless to monkeys as athlete's foot People. Technical realization: Send to a company / institute experienced in the production of genetically modified organisms, for example for insulin production, in geology (projects in the sub-region "Deep Biosphere" of the Integrated Ocean Drilling Program IODP) etc.
DE102010050299A 2010-11-05 2010-11-05 New organisms, e.g. bacteria, which live in the human body and produce substances, e.g. as waste product, which blocks the receptor molecules from the HIV virus, and no longer docks the HIV virus, useful e.g. for the production of insulin Withdrawn DE102010050299A1 (en)

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DE102010050299A DE102010050299A1 (en) 2010-11-05 2010-11-05 New organisms, e.g. bacteria, which live in the human body and produce substances, e.g. as waste product, which blocks the receptor molecules from the HIV virus, and no longer docks the HIV virus, useful e.g. for the production of insulin

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113230278A (en) * 2021-03-09 2021-08-10 李春孝 Application of chemoautotrophic bacteria

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113230278A (en) * 2021-03-09 2021-08-10 李春孝 Application of chemoautotrophic bacteria

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