JP7393036B1 - Method for producing a depression treatment containing Beni Rahma extract components - Google Patents
Method for producing a depression treatment containing Beni Rahma extract components Download PDFInfo
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- JP7393036B1 JP7393036B1 JP2022096739A JP2022096739A JP7393036B1 JP 7393036 B1 JP7393036 B1 JP 7393036B1 JP 2022096739 A JP2022096739 A JP 2022096739A JP 2022096739 A JP2022096739 A JP 2022096739A JP 7393036 B1 JP7393036 B1 JP 7393036B1
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- reishi
- lafuma
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Abstract
【課題】紅ラフマの抽出成分を含有するうつ病治療薬を提供する。【解決手段】 ヒペロシド;hyperoside、イソクエルシトリン;isoquerrcitrin、クェルセチン;quercetinを含有するフラボノイド配糖体、カテキン類、アポスシニン類を含む紅ラフマ(Apocynum Venetum)の葉を焙煎して抽出物の粉末を作成し、原木の植菌穴に植菌して培養を行った後、浅間砂を使用した培養用の埋床の中に前記原木に埋め込んで栽培し、灰分がカルシウム及びリンを主成分としゲルマニウム、セレニウム、及びシリコンを含有した霊芝を、長時間に渡って高温にし、かつ、ほぼ無酸素状態で炭化させた霊芝の炭化物の粉末を作成し、前記紅ラフマから作成した粉末に前記霊芝の炭化物の粉末の1重量%以上を混入した紅ラフマの抽出成分を含有するうつ病治療薬。【選択図】なし[Problem] To provide a therapeutic agent for depression containing an extract component of Beni Lafuma. [Solution] The leaves of Apocynum Venetum, which contains hyperoside, isoquerrcitrin, quercetin, flavonoid glycosides, catechins, and aposcynins, are roasted and an extract powder is prepared. After culturing by inoculating the bacteria into the inoculation holes of the logs, the logs are buried in a cultivation bed using Asama sand and cultivated, so that the ash content is mainly composed of calcium and phosphorus and germanium. Reishi containing Reishi, selenium, and silicon is heated to high temperature for a long period of time and carbonized in almost oxygen-free conditions to create a carbide powder of Reishi, and the reishi is added to the powder made from Beni Rahma. A drug for treating depression that contains an extract of Beni Lafuma mixed with 1% by weight or more of turf carbide powder. [Selection diagram] None
Description
本発明は、紅ラフマの抽出成分を含有する粉末に、霊芝炭化物の粉末を混入したうつ病治療薬に関する技術分野に属する。 The present invention belongs to the technical field of a drug for treating depression, which is prepared by mixing powder of carbide reishi with powder containing extract components of Beni Lafuma.
従来、ラフマ(羅布麻)(学名:Apocynum venetum )は、紅麻(紅ラフマ)、野麻とも呼ばれ、中国に広く分布しているキョウチクトウ科の多年生宿草本(草本とは、俗に”草”と呼ばれているもの)植物であり、ラフマには植物であるため、産地の土壌、気候の変化、日射時間、降雨量などに影響されやすい、含有成分や有効成分の含量はかなり異なる。
現在、ラフマ茶の原料として使用されているのは、ほとんど(紅)ラフマの代用品である白麻或いは大葉白麻であるが、本発明でのラフマ(羅布麻)は、紅麻と呼ばれる紅ラフマのことである。この赤麻のラフマは、「ロプノール(羅布泊)」で生産されるラフマで、繊維質に富んで麻のように用いられてきたことと、原産地が中国新疆地区の「ロプノール(羅布泊)」であることから『羅布麻』と命名されている。
中国では、古来より羅布麻の葉をお茶の葉の代わりとして利用しており、また、そのラフマ茶は、解熱などの民間薬としても利用されている。さらに、中国の複数の研究機関が民間薬として利用されているラフマ葉について医学的及び薬学的に研究を重ねており、その結果、高血圧、心不全、気管支炎、水腫等に有効であることが報告されている。一方、日本においてもラフマ茶は、例えば、商品名:燕龍茶として市販されており、いろいろな作用を持つお茶として注目されている。
Conventionally, Apocynum venetum (scientific name: Apocynum venetum), also known as red hemp (red lafuma) or wild hemp, is a perennial herb of the Apocynaceae family that is widely distributed in China. Because Lafuma is a plant, it is easily affected by the soil of the production area, climate changes, sunlight hours, rainfall, etc., and the content of ingredients and active ingredients varies considerably.
Currently, most of the raw materials used for Rafuma tea are white hemp or large-leaved white hemp, which is a substitute for (red) Rafuma, but the Rafuma used in the present invention is a red hemp called red hemp. It's about Lafuma. This red hemp lahma is produced in Lop Nor, and is rich in fiber and has been used like hemp.Its origin is Lop Nor in the Xinjiang region of China. It has been named ``Rabuma'' since then.
In China, Lafuma leaves have been used as a substitute for tea leaves since ancient times, and Lafuma tea is also used as a folk medicine for fever relief and other purposes. Furthermore, multiple research institutes in China have conducted repeated medical and pharmaceutical research on Lafuma leaf, which is used as a folk medicine, and have reported that it is effective for treating high blood pressure, heart failure, bronchitis, dropsy, etc. has been done. On the other hand, even in Japan, Lafuma tea is commercially available under the trade name, for example, Yanlong tea, and is attracting attention as a tea with various effects.
また、紅ラフマ葉(以後、単にラフマと言う)を焙煎して超音波抽出法で抽出したラフマエキスは、本発明者らによって、脳内セロトニン(5-HT)及びドーパミン(DA)への促進作用があることが発見されている。このラフマ茶は、例えば、特許第3517318号公報(特許文献1)に開示され、ラフマ葉の抽出物を腸管出血大腸菌等の腸管感染症の予防・治療に用いることは特開平10-167978号公報(特許文献2)に開示され、フラボノイド化合物のイソクエルシトリンをマフラ葉を焙煎して抽出したうつ(鬱)病の抗うつ剤(特開2002-201139号公報(特許文献3))として用いることが開示されている。
なお、ラフマ葉の効用について、「生薬学」には鎮静作用;睡眠改善、利尿作用、血圧降下、心臓病改善、腎炎浮種改善、肝臓保護などがあることが知られている。
In addition, the present inventors have discovered that Rafuma extract, which is obtained by roasting red Rafuma leaves (hereinafter simply referred to as Rafuma) and extracting them using an ultrasonic extraction method, has an effect on brain serotonin (5-HT) and dopamine (DA). It has been found to have a stimulatory effect. This Lafuma tea is disclosed, for example, in Japanese Patent No. 3517318 (Patent Document 1), and the use of Lafuma leaf extract for the prevention and treatment of intestinal infections such as intestinal bleeding Escherichia coli is disclosed in Japanese Patent Application Laid-Open No. 10-167978. (Patent Document 2), and the flavonoid compound isoquercitrin is extracted by roasting mafura leaves and used as an antidepressant for depression (Japanese Patent Application Laid-open No. 2002-201139 (Patent Document 3)). This is disclosed.
Regarding the effects of rahma leaves, it is known in ``herbal medicine'' that it has sedative effects; improves sleep, diuretics, lowers blood pressure, improves heart disease, improves nephritis floaters, and protects the liver.
他方、本発明で使用する霊芝の炭化物は、本発明者らによって特許第3545290号公報(特許文献4)に開示されているように、原木の植菌穴に植菌して培養を行った後、浅間砂を使用した培養用の埋床の中に埋め込んで栽培し、灰分がカルシウム及びリンを主成分としゲルマニウム、セレニウム、及び、シリコンを含有した霊芝を、長時間に渡って高温にし、かつ、ほぼ無酸素状態で炭化させた霊芝の炭化物である。
この灰分がカルシウム及びリンを主成分とし、ゲルマニウム、セレニウム、及び、シリコンを含有した霊芝炭化物は、この毛細血管の密度や血流速度を改善するために、発明者らは、この霊芝炭化物を食品添加物や食品付加剤として用いることが有効であることを見出している。
On the other hand, the carbonized reishi mushroom used in the present invention was obtained by inoculating and culturing the inoculation holes of logs as disclosed in Patent No. 3545290 (Patent Document 4) by the present inventors. Afterwards, the Reishi mushrooms, whose ash mainly consists of calcium and phosphorus and also contains germanium, selenium, and silicon, are embedded in a culture bed made of Asama sand and kept at high temperatures for a long period of time. , and is a carbide of Reishi mushroom that has been carbonized in an almost oxygen-free condition.
In order to improve the density and blood flow rate of capillaries, the inventors developed Reishi carbide whose ash mainly contains calcium and phosphorus and also contains germanium, selenium, and silicon. It has been found that it is effective to use it as a food additive or additive.
すなわち、この食物由来の霊芝は、人体に安全であり単独で用いても、便秘になることなく、高血圧・狭心症・高脂血症・糖尿病・脳梗塞・慢性肝炎肝硬変等の種々の疾病に対して効能を有し、また、皮膚洗浄とした場合には、使用することによって血流量が多くなり、髪の毛が太くなるという効能を有し、化粧成分に配合した場合は、顔の皮膚の血行をよくし歯磨成分に配合した歯磨剤であるから、歯茎の血行をよくするという効能を有する。 In other words, this food-derived reishi mushroom is safe for the human body, and even when used alone, it does not cause constipation and is effective against various conditions such as hypertension, angina pectoris, hyperlipidemia, diabetes, cerebral infarction, chronic hepatitis, and cirrhosis. It is effective against diseases, and when used as a skin cleanser, it increases blood flow and thickens hair, and when used as a cosmetic ingredient, it has the effect of improving facial skin. Since it is a dentifrice containing toothpaste ingredients, it has the effect of improving blood circulation in the gums.
本発明は、紅麻(紅ラフマ)の葉の抽出成分を用い、これに霊芝の炭化物の粉末を加えて、人体に安全であって、ラフマ本来の効果を更に向上させたうつ病治療薬の製造方法を提供することである。
The present invention is a depression treatment drug that is safe for the human body and further improves the original effects of Lafuma by using extract components of red hemp leaves and adding charred powder of Reishi to this. An object of the present invention is to provide a manufacturing method .
上記の課題を解決するために、本発明は、ヒペロシド(hyperoside)やイソクエルシトリン(isoquerrcitrin)やクェルセチン(quercetin)を含むフラボノイド配糖体と、カテキン類、アポスシニン類を含むロプノール産の紅ラフマ(Apocynum Venetum)の葉を焙煎し超音波抽出法でエキスを抽出し抽出物を粉末したものを用いる。
一方、霊芝炭末は特殊なもので、原木の植菌穴に植菌して培養を行った後、浅間砂を使用した培養用の埋床の中に前記原木に埋め込んで栽培し、灰分がカルシウム及びリンを主成分としゲルマニウム、セレニウム、及びシリコンを含有した霊芝を、長時間に渡って高温にし、かつ、ほぼ無酸素状態で炭化させた霊芝の炭化物の粉末を作成し、前記紅ラフマ(Apocynum Venetum)の粉末に前記霊芝の炭化物の粉末の1重量%から2重量%を混入したうつ病治療薬の製造方法である。
また、さらに詳しくは、前記うつ病治療薬の製造方法は、脳内神経伝達物質のうちノルアドレナリンを減少させ、セロトニン及びその代謝物(DOPAC)を増加させることができる紅ラフマの抽出成分を含有するうつ病治療薬の製造方法である。
In order to solve the above problems, the present invention provides flavonoid glycosides including hyperoside, isoquerrcitrin, and quercetin, as well as red raffa from Lopnor, which contains catechins and aposcynins. The leaves of Apocynum Venetum are roasted, the extract is extracted using an ultrasonic extraction method, and the extract is powdered .
On the other hand, Reishi charcoal powder is a special product, which is cultivated by inoculating it into the inoculation hole of a log, and then embedding it in the log in a cultivation bed made of Asama sand and cultivating it. Reishi mushrooms containing calcium and phosphorus as main components and germanium, selenium, and silicon are heated to high temperatures for a long period of time and carbonized in an almost oxygen-free condition to create a powder of carbide of Reishi mushrooms. This is a method for producing a drug for treating depression, in which 1% to 2% by weight of the carbide powder of Reishi mushroom is mixed into Apocynum Venetum powder.
Further, in more detail, the method for producing the anti-depressant drug contains an extract component of Red Lamina that can decrease noradrenaline among neurotransmitters in the brain and increase serotonin and its metabolite (DOPAC). This is a method for producing a drug for treating depression.
本発明の効果は、人体に無害のヒペロシド(hyperoside)やイソクエルシトリン(isoquerrcitrin)やクェルセチン(quercetin)を含むフラボノイド配糖体、カテキン類、アポスシニン類を含む紅ラフマ(Apocynum Venetum)の葉を焙煎し超音波抽出法でエキスを抽出しその抽出物を粉末にしたものと、同様に人体に無害の特殊霊芝炭末の1重量%以上とを混合したうつ病治療薬で、人体に使用するリスクもなく、脳内神経伝達物質のうちノルアドレナリンを減少させ、セロトニン及びその代謝物(DOPAC)を増加させ、従来の抗うつ薬のイミプラミンと同等或いはそれ以上の治療効果を有する。 The effect of the present invention is that the leaves of Apocynum Venetum contain hyperoside, isoquerrcitrin, and quercetin, which are harmless to the human body, and flavonoid glycosides, catechins, and aposcynins. This is a depression treatment drug that is made by extracting the extract using the decoction ultrasonic extraction method and turning the extract into powder, and mixing it with 1% or more by weight of special reishi charcoal powder, which is also harmless to the human body, and is used for human use. It reduces noradrenaline and increases serotonin and its metabolite (DOPAC), a neurotransmitter in the brain, without any risk of depressants, and has a therapeutic effect equal to or greater than that of the conventional antidepressant imipramine.
本発明は、人体に無害なうつ病薬の主剤に紅ラフマの抽出成分を含有するうつ病治療薬の製造方法を提供するものであり、紅ラフマの抽出物(紅ラフマエキス)に少量の霊芝炭化物の粉末(以下、霊芝炭末という。)を加えることによって、本来、抗うつ作用のあった紅ラフマの薬効をさらに高めることを発見したもので、これを基礎とした発明である。
The present invention provides a method for producing a depression drug that contains an extract component of Beni Rahma as the main ingredient of the depression drug, which is harmless to the human body. This invention is based on the discovery that the medicinal efficacy of red raffa, which originally had an antidepressant effect, can be further enhanced by adding grass charcoal powder (hereinafter referred to as reishi charcoal powder).
[実施例1]
紅ラフマエキス(粉末)・15.00mg/kg
霊芝炭末 ・・・・・0.15mg/kg(約1重量%)
計 ・・・・15.15mg/kg
[Example 1]
Beni Rafuma extract (powder)・15.00mg/kg
Reishi charcoal powder: 0.15mg/kg (approximately 1% by weight)
Total: 15.15mg/kg
ここで紅ラフマエキスとは、「ロプノール(羅布泊)」で生産される紅ラフマで、繊維質に富んだもので、原産地が中国新疆地区の「ロプノール(羅布泊)」であることから『羅布麻』と命名されているが、この紅ラフマの葉を焙煎して超音波抽出法で脱水して抽出した粉末なので、実際の投与量は試験体のラット体重の1kgに対して15mg/kgであって、被験者のラットの体重に応じて紅ラフマエキスの重量を調整する。
一方、霊芝炭末は、原木の植菌穴に植菌して培養を行った後、浅間砂を使用した培養用の埋床の中に前記原木に埋め込んで栽培し、灰分がカルシウム及びリンを主成分としゲルマニウム、セレニウム、及びシリコンを含有した霊芝を、長時間に渡って高温にし、かつ、ほぼ無酸素状態で炭化させた霊芝の炭化物の粉末を作成したものである。実際の投与量は試験体のラット体重の1kgに対して0.15mg/kgであって、被験者のラットの体重に応じて紅ラフマエキスの重量を調整する。この霊芝炭末は、本来、毛細血管の密度や血流速度を改善することが知られている。
Here, the Red Lafuma extract is a red Lafuma that is produced in "Lop Nor" and is rich in fiber, and because its place of origin is "Lop Nor" in the Xinjiang region of China, it is called "Rabuma". However, since it is a powder extracted by roasting and dehydrating the leaves of Beni Lafuma, the actual dose was 15 mg/kg per 1 kg of rat body weight. Then, adjust the weight of Beni Rafuma extract according to the weight of the rat being tested.
On the other hand, reishi charcoal powder is cultivated by inoculating it into the inoculation hole of a log, then embedding it in the log in a cultivation bed using Asama sand, and cultivating it so that the ash content is reduced to calcium and phosphorus. Reishi mushroom powder containing germanium, selenium, and silicon as its main ingredients is heated to high temperatures for a long period of time and carbonized in an almost oxygen-free condition. The actual dose is 0.15 mg/kg per 1 kg of the rat body weight as the test subject, and the weight of the Red Raffa extract is adjusted according to the body weight of the rat subject. Reishi charcoal powder is known to improve capillary density and blood flow speed.
[実施例2]
紅ラフマエキス ・・・・15.00mg/kg
霊芝炭末 ・・・・・0.30mg/kg(約2重量%)
計 ・・・・15.30mg/kg
実施例2は、前記の実施例1の霊芝炭末を2倍の2重量%に増加したものである。
[Example 2]
Beni Rafuma extract...15.00mg/kg
Reishi charcoal powder: 0.30mg/kg (approximately 2% by weight)
Total: 15.30mg/kg
In Example 2, the amount of reishi charcoal powder in Example 1 was doubled to 2% by weight.
[比較例1]
比較例1は、何の処置を施さない対照組(コントロール)である。
[Comparative example 1]
Comparative Example 1 is a control group in which no treatment is applied.
[比較例2]
イミプラミン・・・・・・・15.00mg/kg(100重量%)
比較例2はイミプラミンのみであり、市販されている既存の抗うつ薬で三環系抗うつ薬であるイミプラミンを使用するものである。ただし、このイミプラミンは一般の抗うつ病には有効であるが、思春期うつ病には有効ではない上に、有害事象にリスクを上昇させることが知られており、口渇、倦怠感、脱力感、集中力低下、眠気、頭痛、めまい、立ちくらみ、便秘、頻脈等の副作用が報告されている。
[Comparative example 2]
Imipramine・・・・・・15.00mg/kg (100% by weight)
Comparative Example 2 uses only imipramine, and uses imipramine, which is an existing commercially available antidepressant and is a tricyclic antidepressant. However, although imipramine is effective for general anti-depression, it is not effective for adolescent depression and is known to increase the risk of adverse events such as dry mouth, fatigue, and weakness. Side effects have been reported, including feeling of discomfort, decreased concentration, drowsiness, headache, dizziness, lightheadedness, constipation, and tachycardia.
[比較例3]
紅ラフマエキス・・・・・・15.00mg/kg
比較例1は、実施例1及び2での霊芝炭末を使用せず、単に紅ラフマエキスの粉末を被検体のラット体重1kgに対して15mgの紅ラフマエキスの粉末を投与したものである。
[Comparative example 3]
Beni Rafuma extract...15.00mg/kg
In Comparative Example 1, the reishi charcoal powder used in Examples 1 and 2 was not used, and 15 mg of Red Lafuma extract powder was simply administered to 1 kg of rat body weight as a test subject. .
ここで、前記の[実施例1]、[実施例2]、[比較例1]、[比較例2]、[比較例3]の作用・効果を説明するが、まず、うつ状態を観察する際に、ストレスやうつ状態に伴い、脳内神経伝達物質のモノアミン量が変動することが知られており、これを観察することでうつ状態の程度を客観的に知ることができるので、前記の[実施例1]、[実施例2]、[比較例1]から[比較例3]について、ラットに恐怖条件付きストレス試験(Conditio fear test:泳がせる)にかけ短期2週間、長期8週間で連続経口投与し、ラット脳内の神経伝達物質であるモノアミンの変化を調べ作用・効果を観察した。
前記の恐怖条件付きストレス試験とは、ラットに定期的(1日おき、2日おき)に恐怖条件付け(電気ショック)を与え、恐怖の反応を学習・記憶させる。そのラットに8週間連続で毎日試薬を経口投与し、2週間目と8週間目に脳内モノアミン物質の変化を記録し比較する。
なお、対照組とは、新しい治療を受けない(薬剤を与えない、もしくは偽薬を与えるグループ)グループ(コントロール)のことで、通常、治療を受ける(薬剤を与える)群と比較するためのグループのことである。この実験例では薬剤を投与していない。
Here, the effects and effects of the above-mentioned [Example 1], [Example 2], [Comparative Example 1], [Comparative Example 2], and [Comparative Example 3] will be explained. First, we will observe the depressed state. It is known that the level of monoamines, a neurotransmitter in the brain, fluctuates with stress and depression, and by observing this, the degree of depression can be objectively determined. [Example 1], [Example 2], [Comparative Example 1] to [Comparative Example 3] were subjected to a fear conditioned stress test (Conditio fear test: swimming) to rats for a short period of 2 weeks and a long period of 8 weeks. The drug was administered to rats, and changes in monoamines, which are neurotransmitters, in the rat brain were investigated to observe the action and effects.
In the fear-conditioned stress test, rats are given fear conditioning (electric shock) periodically (every other day or every two days) to learn and memorize fear responses. The reagent is orally administered to the rats every day for 8 consecutive weeks, and changes in brain monoamine substances are recorded and compared at the 2nd and 8th weeks.
Note that the control group is a group (control) that does not receive a new treatment (a group that is not given a drug or a group that is given a placebo). That's true. In this experimental example, no drug was administered.
モノアミン神経伝達物質はノルアドレナリン、ド-パミン、セロトニンが知られているが、その働きの重要性から「脳内3大神経伝達物質」と呼ばれているが、それぞれの働きや特性を簡単に説明する。
(1)ノルアドレナリンは、神経を興奮させる「怒りのホルモン」不快な刺激を監視して、覚醒や注意などの緊張状態、不安や恐怖などの「情動性ストレス状態」を演出する役割を担っている。
人は恐怖・驚愕の体験に遭遇すると脳内からノルアドレナリンを分泌し、闘争か逃避かの態勢に入り、ストレス体験を終息させるための行動に入る。ストレスが繰り返された場合、脳内のノルアドレナリン受容体の感受性が上昇し、ささいな刺激に対しても過敏に攻撃・逃避反応をするようになる。長期間回避不能なストレスにさらされた動物は、やがて無痛覚の症状に至り、ストレスを回避する行動を止めてしまうことがわかっている。
したがって、ノルアドレナリン量が多くなると、ささいな刺激に対しても過敏に攻撃・逃避反応するのでこのましくなく、ノルアドレナリンが不足すると、無気力、無関心、意欲の低下、うつ病の原因となる。
Monoamine neurotransmitters are known as noradrenaline, dopamine, and serotonin, and due to the importance of their functions, they are called the "three major neurotransmitters in the brain." Here is a brief explanation of the functions and characteristics of each. do.
(1) Noradrenaline is the "hormone of anger" that excites the nerves.It monitors unpleasant stimuli and plays a role in producing tension states such as alertness and attention, and "emotional stress states" such as anxiety and fear. .
When a person encounters a frightening or startling experience, the brain secretes noradrenaline, enters a fight-or-flight mode, and takes actions to end the stressful experience. When stress is repeated, the sensitivity of noradrenaline receptors in the brain increases, causing a hypersensitive attack-or-flight response to even the slightest stimulus. It is known that animals exposed to unavoidable stress for long periods eventually develop analgesic symptoms and stop acting to avoid stress.
Therefore, when the amount of noradrenaline increases, this is undesirable because the body becomes hypersensitive to attack/flight reactions even to trivial stimuli, and when there is a lack of noradrenaline, it causes lethargy, apathy, decreased motivation, and depression.
(2)ドーパミンは、集中力を高め、快楽感情を生み出すもので、中枢神経系に存在する神経伝達物質で、運動調節、ホルモン調節、動機付け、快感、意欲、学習などに関わる。
ドーパミン量が不足すると、物事の関心が薄らぐなどの精神機能の低下、運動機能の低下につながる。パーキンソン病の患者はドーパミンが早く減少してしまう事がわかっている。逆にドーパミンが過剰に放出されると統合失調症(幻覚、幻聴、パラノイアなど)、トゥレット症候群(意識しないのに顔や頭が勝手に動く、のど鳴らし、汚い言葉を発する)、過食を引き起こすことが知られている。
(2) Dopamine is a neurotransmitter present in the central nervous system that increases concentration and produces pleasurable feelings, and is involved in motor control, hormone regulation, motivation, pleasure, motivation, learning, etc.
A lack of dopamine leads to a decline in mental function, such as a loss of interest in things, and a decline in motor function. It is known that dopamine levels decrease rapidly in patients with Parkinson's disease. Conversely, excessive release of dopamine can cause schizophrenia (hallucinations, auditory hallucinations, paranoia, etc.), Tourette's syndrome (involuntary movements of the face and head, purring, and obscene language), and overeating. It has been known.
(3)セロトニンは、精神を安定させる、脳内の「総合指揮者」の機能を有し、内外環境からの覚醒刺激には影響されず、脳内のパターン形成機構によるリズム性運動(歩行・咀嚼・呼吸など)で興奮し、覚醒状態の活動に適度な緊張(抗重力筋の緊張や交感神経の緊張など)を与えるものである。
セロトニンは他の神経系の過剰な働きの抑止的作用があり、異常な興奮や衝動・不安感を軽減する。セロトニンが不足すると、うつ状態やパニック発作、摂食障害などを引き起こす。また起床後も覚醒状態をうまく作れず、その後も調子がでない状態や感情のブレーキが効かなくなり、攻撃的になりやすくなる。
また、ストレス環境が長期間に亘るとセロトニンが枯渇に近い状態になっているので、興奮や衝動・不安感を抑制することが難しくなると言われている。その多くが脳の小さな内分泌器「松果体」にあるセロトニンは、そこから分泌される「メラトニン」の原物質である。概日リズムを調節することで知られるメラトニンは、睡眠導入物質であるとともに、脳内最大の抗酸化物質でもある。メラトニンは、認知症の予防と睡眠にとって重要な脳内ホルモンである。
(3) Serotonin has the function of a "general conductor" in the brain that stabilizes the mind, and is not affected by arousal stimuli from the internal and external environments, and is not affected by rhythmic movements (walking, It is excited by chewing, breathing, etc.) and provides moderate tension (tension of anti-gravity muscles, tension of sympathetic nerves, etc.) during activities in the awake state.
Serotonin has the effect of suppressing the excessive activity of other nervous systems, reducing abnormal excitement, impulses, and anxiety. A lack of serotonin can lead to depression, panic attacks, and eating disorders. Furthermore, even after waking up, they are unable to create a state of alertness, and even after that, they become unwell, their emotional brakes fail, and they become more likely to become aggressive.
Furthermore, it is said that when a stressful environment lasts for a long period of time, serotonin is nearly depleted, making it difficult to suppress excitement, impulses, and anxiety. Serotonin, most of which is found in the pineal gland, a small endocrine gland in the brain, is the precursor to melatonin, which is secreted from there. Melatonin, known to regulate circadian rhythms, is a sleep-inducing substance and the brain's largest antioxidant. Melatonin is a brain hormone important for preventing dementia and for sleep.
(4)ここで、ドーパミンの代謝物質としてDOPACが知られているが、DOPAC(3,4-ジヒドロキシフェニル酢酸)は、ドーパミンが中枢あるいは交感神経終末のミトコンドリア内において、モノアミン酸化酵素によって酸化されて生じる中間代謝産物で、髄液などの体液中のDOPACは、中枢神経(脳)または末梢自律神経系で生成されたものと考えられ、髄液中濃度の測定により、精神神経疾患の診断や治療効果の判定に有用です。中でもパーキンソン症候群、アルツハイマー病などで低値を示す。
しかし、最近は末梢性ドーパミン作動神経の存在や腎でのドーパミン産生が証明されるようになり、ドーパミンが血圧やナトリウム代謝にも関与していることが明らかになった。したがって今後、高血圧や電解質の異常をきたす疾患でその測定意義が生ずると思われる。
(4) Here, DOPAC (3,4-dihydroxyphenylacetic acid) is known as a metabolite of dopamine, and DOPAC (3,4-dihydroxyphenylacetic acid) is produced when dopamine is oxidized by monoamine oxidase in the mitochondria of central or sympathetic nerve terminals. DOPAC, which is an intermediate metabolite produced in body fluids such as cerebrospinal fluid, is thought to be produced in the central nervous system (brain) or peripheral autonomic nervous system, and measurement of its concentration in cerebrospinal fluid can be used to diagnose and treat neuropsychiatric disorders. Useful for determining effectiveness. Among these, low levels are shown in patients with Parkinson's syndrome and Alzheimer's disease.
However, recently the existence of peripheral dopaminergic nerves and the production of dopamine in the kidneys have been demonstrated, and it has become clear that dopamine is also involved in blood pressure and sodium metabolism. Therefore, in the future, it is thought that measurement will become meaningful in diseases that cause hypertension and electrolyte abnormalities.
(5)また、セロトニンの主要代謝物質として5-HIAA(5-ヒドロキシインドール-3-酢酸)が知られているが、5-HIAAはセロトニン経路の異化最終産物で、5-HIAAは脳脊髄液(CSF)、血液や尿などの体液中に存在し、5-HIAAの発言レベルは通常の人とがん患者の間で異なる。化還元酵素の一種セピアプテリンレダクターゼが欠乏すると、CSF中の5-HIAAの低レベル化や、双極性障害(躁うつ病)または注意欠陥多動性障害(ADHD)を引き起こす。 (5) In addition, 5-HIAA (5-hydroxyindole-3-acetic acid) is known as a major metabolite of serotonin, but 5-HIAA is a catabolic end product of the serotonin pathway, and 5-HIAA is (CSF), which is present in body fluids such as blood and urine, and the levels of 5-HIAA differ between normal people and cancer patients. Deficiency of sepiapterin reductase, a type of redox enzyme, causes low levels of 5-HIAA in the CSF, as well as bipolar disorder (manic depression) or attention deficit hyperactivity disorder (ADHD).
ここで、(1)本発明の実施例1の「ラフマ粉末+霊芝炭末(1%)」(2)本発明の実施例2の「同(2%)」と、(3)比較例3の「ラフマ粉末の単体」、(4)比較例2のイミプラミン(従来の三環系抗うつ薬)、(5)比較例1の対照組(コントロール)の(1)~(5)を、試験対象のラットに恐怖条件付きストレス試験(Conditio fear test:泳がせる)にかけ2週間、8週間連続経口投与し、ラット脳内の神経伝達物質であるモノアミンの変化量を調べ、これを[表1]の表にした。 Here, (1) "Rahuma powder + Reishi charcoal powder (1%)" of Example 1 of the present invention, (2) "Same (2%)" of Example 2 of the present invention, and (3) Comparative example (4) Imipramine (conventional tricyclic antidepressant) of Comparative Example 2, (5) (1) to (5) of the control group of Comparative Example 1, The test rats were subjected to a fear conditioned stress test (swimming) and administered orally for 2 weeks and 8 weeks continuously, and the amount of change in monoamines, which are neurotransmitters, in the rat brain was investigated. I made a table of
なお、[表1]でモノアミン系脳内神経伝達物質量の単位、ng/gであるが、ng(ナノグラム)=10の-6乗mg=10の-9乗g(10億分の1g)で、被検体のラットの体重1グラム中のモノアミン系脳内神経伝達物の量である。
In addition, in [Table 1], the unit of the amount of monoamine neurotransmitters in the brain is ng/g, but ng (nanogram) = 10 to the -6 power mg = 10 to the -9 power g (1 billionth of a gram) This is the amount of monoamine neurotransmitters in the brain per gram of the rat body weight.
[表1]の実験結果において、比較例1の「対照組(コントロール)」は、何も処方しないか、偽薬を投与するかであるが、本件の場合は何も処方しないで恐怖条件付きのストレス試験を行った結果であり、比較例2の「イミプラミン組」のイミプラミンは、従来より三環系抗うつ薬として知られているが、この薬は思春期うつ病には有効ではない上に、有害事象にリスクを上昇させることが知られている。
これに対して、比較例3の「ラフマ15mg/kg」、実施例1の「ラフマ15mg/kg+霊芝炭末0.15mg/kg(1%)」や実施例2の「ラフマ15mg/kg+霊芝炭末0.3mg/kg」(2%)」に使用される紅ラフマや、本発明に使用される霊芝炭末は人体に無害であり、本発明者も長期に亘って使用しているが安全であった。
なお、後述するように、比較例3の「ラフマ15mg/kg」よりも、実施例1や実施例2の霊芝炭末1%以上を添加したほうが効果が高まったこととが確認された。
In the experimental results in [Table 1], the "control group" of Comparative Example 1 was either not prescribed anything or administered a placebo, but in this case, nothing was prescribed and a fear conditioned group was administered. These are the results of a stress test.Imipramine from the imipramine group in Comparative Example 2 has been known as a tricyclic antidepressant, but this drug is not effective for adolescent depression. , is known to increase the risk of adverse events.
On the other hand, "Rahuma 15 mg/kg" of Comparative Example 3, "Rahuma 15 mg/kg + Reishi charcoal powder 0.15 mg/kg (1%)" of Example 1, "Rahuma 15 mg/kg + Reishi charcoal powder" of Example 2 The Beni Rafuma used in the 0.3 mg/kg (2%) charcoal powder and the Reishi charcoal powder used in the present invention are harmless to the human body, and the inventor has been using them for a long time. It was safe.
As will be described later, it was confirmed that adding 1% or more of the reishi charcoal powder of Examples 1 and 2 was more effective than adding 15 mg/kg of Lafuma in Comparative Example 3.
(1)まず、[表1]において、ドーパミン量は、8週目の比較例1の対照組の311±46ng/gに対して、比較例2のイミプラミン組は243±18ng/gと、比較例3のラフマ葉エキス組は274±27ng/gと減少したが、本発明の実施例1のラフマ葉エキス+霊芝炭末1%及び実施例2の2%でのドーパミン量はほぼ同じ量であった。
なお、ドーパミンの代謝物質(DOPAC)も8週目における比較例1の対照組の1041±25ng/gに対して比較例2のイミプラミン組の688±26ng/gと比較例3のラフマ葉エキス組は812±51ng/gと減少したが、本発明の実施例1のラフマ葉エキス+霊芝炭末1%は705±44ng/g及び実施例2の同2%は809±15ng/gとドーパミン量とほぼ同じ量であり、あまり影響されていなかった。
ドーパミン量が不足すると、物事の関心が薄らぐなどの精神機能の低下、運動機能の低下につながるが、パーキンソン病の患者はドーパミンが早く減少してしまう事がわかっている。逆にドーパミンが過剰に放出されると統合失調症(幻覚、幻聴、パラノイアなど)、トゥレット症候群(意識しないのに顔や頭が勝手に動く、のど鳴らし、汚い言葉を発する)、過食を引き起こすことが知られている。
したがって、ドーパミン量は、多くも少なくでもない適度の量が要求される。
(1) First, in [Table 1], the dopamine amount was 311 ± 46 ng/g in the control group of Comparative Example 1 at 8 weeks, and 243 ± 18 ng/g in the imipramine group of Comparative Example 2. The amount of dopamine in the combination of Rafuma leaf extract in Example 3 decreased to 274±27 ng/g, but the amount of dopamine in the combination of Rafuma leaf extract + 1% Reishi charcoal powder in Example 1 of the present invention and 2% in Example 2 was almost the same. Met.
In addition, dopamine metabolite (DOPAC) was also 1041 ± 25 ng/g in the control group of Comparative Example 1 at 8 weeks, 688 ± 26 ng/g in the imipramine group of Comparative Example 2, and 688 ± 26 ng/g in the control group of Comparative Example 3. The amount of dopamine decreased to 812 ± 51 ng/g, but the dopamine content of Lafuma leaf extract + Reishi charcoal powder 1% of Example 1 of the present invention was 705 ± 44 ng/g, and the same 2% of Example 2 was 809 ± 15 ng/g. The amount was about the same, so it wasn't affected much.
A lack of dopamine leads to a decline in mental function, such as a loss of interest in things, and a decline in motor function, but it is known that dopamine levels decrease quickly in patients with Parkinson's disease. Conversely, excessive release of dopamine can cause schizophrenia (hallucinations, auditory hallucinations, paranoia, etc.), Tourette's syndrome (involuntary movements of the face and head, purring, and obscene language), and overeating. It has been known.
Therefore, a moderate amount of dopamine is required, neither too much nor too little.
[表1]において、ノルアドレナリン量は、8週目の比較例1の対照組の1633±42ng/gに対して、比較例3のラフマ葉エキス組の994±53と実施例1のラフマ葉エキス+霊芝炭末1%組957±15ng/gと同程度の低下を示し、実施例2のラフマ葉エキス+霊芝炭末2%組も1105±33ng/gと比較例2のイミプラミン組と同程度の低下を示した。
したがって、余りノルアドレナリン量が少ないと無気力、無関心、意欲の低下、うつ病の原因となるが、ノルアドレナリン量が多くなると、ささいな刺激に対しても過敏に攻撃・逃避反応するので、好ましくなく、[表1]においては、ノルアドレナリン量が増えない方が過敏に攻撃・逃避反応がなく、好ましい状態が得られるといった作用が得られる。
In [Table 1], the amount of noradrenaline was 1633±42 ng/g in the control group of Comparative Example 1 at 8 weeks, 994±53 in the Rafuma leaf extract group of Comparative Example 3, and the Rafuma leaf extract of Example 1. + Reishi charcoal powder 1% combination showed the same level of decrease as 957 ± 15 ng/g, and the Lahuma leaf extract + Reishi charcoal powder 2% combination of Example 2 was 1105 ± 33 ng/g and the imipramine combination of Comparative Example 2. showed a similar decrease.
Therefore, if the amount of noradrenaline is too low, it will cause lethargy, apathy, loss of motivation, and depression, but if the amount of noradrenaline is too high, it will be undesirable because it will cause a hypersensitive attack/flight reaction to even the slightest stimulus. In Table 1], if the amount of noradrenaline does not increase, there will be no hypersensitive attack/flight reaction and a favorable state will be achieved.
[表1]において、セロトニン量は、8週目の比較例2のイミプラミン組の509±34ng/g及び比較例3のラフマ葉エキス組の479±41ng/g、実施例1のラフマ葉エキス+霊芝炭末組の509±34ng/g、実施例2のラフマ葉エキス+霊芝炭末組の493±12ng/gと共に8週目に顕著な増加の結果が見られた。
したがって、セロトニンは他の神経系の過剰な働きの抑止的作用があり、セロトニン量が不足すると、うつ状態やパニック発作、摂食障害などを引き起こすことを防げ、また、起床後も覚醒状態をうまく作れ、感情のブレーキが効きき、攻撃的にならないといった作用が得られる。
なお、セロトニン(5-HT)及びその代謝物(5-HIAA)に対しては、比較例3のラフマ葉エキス(焙煎+超音波抽出)、実施例1及び実施例2のラフマ葉エキス+霊芝炭末は共に、比較例2のイミプラミンと同様の増加作用を有することが確認された。
In [Table 1], the serotonin amount was 509 ± 34 ng/g in the imipramine group of Comparative Example 2, 479 ± 41 ng/g in the Lafuma leaf extract group of Comparative Example 3, and 479 ± 41 ng/g in the Lafuma leaf extract group of Example 1 at 8 weeks. A significant increase was observed at week 8 with 509±34 ng/g for Reishi charcoal powder and 493±12 ng/g for Lafuma leaf extract + Reishi charcoal powder in Example 2.
Therefore, serotonin has the effect of suppressing the excessive work of other nervous systems, and when the amount of serotonin is insufficient, it prevents depression, panic attacks, eating disorders, etc., and also helps maintain alertness even after waking up. It has the effect of being able to create emotions, act as a brake on your emotions, and prevent you from becoming aggressive.
In addition, for serotonin (5-HT) and its metabolite (5-HIAA), Lafuma leaf extract (roasted + ultrasonic extraction) of Comparative Example 3, Lafuma leaf extract + Lafuma leaf extract of Example 1 and Example 2 It was confirmed that both Reishi charcoal powder and imipramine of Comparative Example 2 had the same increasing effect.
以上の[表1]の試験結果により、実施例1のラフマ組及びラフマ+霊芝炭末組(1%)及び実施例2のラフマ組及びラフマ+霊芝炭末組(2%)は、脳内カテコールアミン(ドーパミンDA、ノルアドレナリンNE、セロトニン)及びその代謝物(DOPAC)に影響し、その強さは既存の抗うつ薬である比較例2のイミプラミンとほぼ変わらないほどであり、しかも、2週間と短期間でも作用が見られ、従来の抗うつ薬であるイミプラミンのようなリスクもない。ここで、前述の灰分がカルシウム及びリンを主成分としゲルマニウム、セレニウム、及びシリコンを含有した霊芝炭末を加えることで毛細血管の血流がよくなり、脳内活動が活発になるものと考えられる。なお、通常の霊芝炭末では本件発明のような作用は得られない。
また、霊芝炭末の混合量に関しては、実施例1の霊芝炭末1%の添加組(実施例1)は2週間で作用し、それ以上%を多くしても作用の向上はみられず、霊芝炭末2%の添加組(実施例2)より作用の強いことが判明し、この結果から、霊芝炭末は1%以上であれば良いことが判る。
According to the test results in [Table 1] above, the Lafuma group and Lafuma + Reishi charcoal powder group of Example 1 (1%) and the Lafuma group and Lafuma + Reishi Charcoal powder group of Example 2 (2%), It affects brain catecholamines (dopamine DA, noradrenaline NE, serotonin) and their metabolites (DOPAC), and its strength is almost the same as that of imipramine in Comparative Example 2, which is an existing antidepressant. It is effective even in a short period of time (weeks), and it does not carry the risks of the traditional antidepressant imipramine. Here, it is thought that by adding Reishi charcoal powder, whose ash is mainly composed of calcium and phosphorus and contains germanium, selenium, and silicon, blood flow in the capillaries will improve and brain activity will be activated. It will be done. Note that the effect of the present invention cannot be obtained with ordinary Reishi charcoal powder.
Regarding the amount of Reishi charcoal powder mixed, the addition of 1% Reishi charcoal powder in Example 1 (Example 1) worked in two weeks, and even if the percentage was increased beyond that, the effect did not improve. It was found that the effect was stronger than that of the combination containing 2% Reishi charcoal powder (Example 2), and from this result, it is clear that 1% or more of Reishi charcoal powder is sufficient.
Claims (2)
原木の植菌穴に植菌して培養を行った後、浅間砂を使用した培養用の埋床の中に前記原木に埋め込んで栽培し、灰分がカルシウム及びリンを主成分としゲルマニウム、セレニウム、及び、シリコンを含有した霊芝を、長時間に渡って高温にし、かつ、ほぼ無酸素状態で炭化させた霊芝の炭化物の粉末を作成し、
前記紅ラフマから作成した粉末に前記霊芝の炭化物の粉末の1重量%から2重量%を混入し、脳内神経伝達物質のうちノルアドレナリンを減少させ、セロトニン及びその代謝物(DOPAC)を増加させることを特徴とする紅ラフマの抽出成分を含有するうつ病治療薬の製造方法。 The leaves of Apocynum Venetum from Lopnor containing flavonoid glycosides containing hyperoside, isoquerrcitrin, quercetin are roasted to create an extract powder;
After inoculating the bacteria into the inoculation holes of the logs and cultivating them, the logs are buried in a cultivation bed using Asama sand and cultivated, and the ash content is mainly composed of calcium and phosphorus, germanium, selenium, And, by heating the Reishi mushroom containing silicon to high temperature for a long time and carbonizing it under almost oxygen-free conditions, a powder of carbide of Reishi mushroom is created.
1% to 2% by weight of the carbide powder of Reishi mushroom is mixed into the powder made from Beni Lafuma to decrease noradrenaline among brain neurotransmitters and increase serotonin and its metabolites (DOPAC). A method for producing a depression treatment drug containing an extract component of Beni Lafuma.
2. The method for producing a drug for treating depression containing an extracted component of Lafuma rubra according to claim 1, wherein the Lachma rubra contains catechins and aposcinins.
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JP2018087174A (en) | 2016-11-30 | 2018-06-07 | 微小循環研究所 有限会社 | Cognitive impairment improving composition |
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CN104623362A (en) | 2015-01-15 | 2015-05-20 | 汤华淑 | Traditional Chinese medicine composition for treating depression |
JP2018087174A (en) | 2016-11-30 | 2018-06-07 | 微小循環研究所 有限会社 | Cognitive impairment improving composition |
JP2018104396A (en) | 2016-12-28 | 2018-07-05 | 国立大学法人九州大学 | Histone deacetylation enzyme inhibitor, food (health supplement) or medicine, bittering agent, and drug using this inhibitor, and production methods thereof |
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