CBD油 | 它與THC的分別及好處 | CBD Oil | How It’s Different from THC & Benefits

CBD油 | 它與THC的分別及好處 | CBD Oil | How It’s Different from THC & Benefits

這視頻解釋CBD油與THC的分別及好處

This video explains how CBD oil is different from THC & benefits

野拾二頻道,介紹及分享CBD資訊
WILD12 Channel, we share information of CBD
www.wild12.com

詳細內容:

大家很感興趣的東西
就是CBD油具有許多治療益處。
在本視頻中,我們將介紹CBD油確實怎樣有效。
至少有85種活性大麻素在大麻。
在這85種大麻素中,這兩種主要是神經活性的
一種是精神活性的四氫大麻酚或簡稱THC
和非精神活性的大麻二酚或簡稱CBD。
大麻二酚是組成CBD油的成分。
那麼THC和CBD如何運作以及為什麼THC具有精神活性,CBD不具備這種作用。
在體內,我們有內源性大麻素系統。
它由兩個G蛋白偶聯受體組成
稱為大麻素1型受體和大麻素2型受體。
CB1受體存在於中樞和周邊神經系統
在腦中的海馬體和杏仁核
所以CB1受體主要存在於大腦主要影響情緒。
CB2受體存在於我們的免疫細胞中,
淋巴組織和周邊神經末梢。
所以CB2受體主要存在於身體
影響免疫系統和炎症。
THC是CB1和CB2受體的輕微刺激劑
這基本上意味著它激活和刺激受體。
現在如上所述,CB1受體主要是
發現於大腦,特別是海馬體和杏仁核。
海馬體和杏仁核的作用
在於記憶,恐懼和情感的調節
通過THC激活這些受體,它增加
食慾,疼痛減輕和情緒變化這些認知過程。
這就是THC具有精神活性的特性。
現在CBD也與CB1和CB2受體有聯繫
但與THC的方式不同。
正如我們所述,THC是一種輕微刺激劑直接刺激受體。
CBD是調節劑。
這意味著它沒有直接附著大麻素受體激活它們
但相反,它增加了在我們體內內源性大麻素受體自然的接受程度。
內源性大麻素是在我們的身體內產生
我們也從飲食中獲取它們。
因此CBD基本上增強了受體作用
以自然的方式作用而不是直接激活它
這種間接方式意味著我們不會獲得與THC相同的精神作用。
CBD油抗痛和抗焦慮的效果是通過增強CB1受體的作用。
而CBD油具有抗炎和抗氧化作用是來自通過增強CB2受體的作用。
此外,CBD激活5-HT1A / 2A / 3A 5-羥色胺(血清素)受體。
血清素是我們感覺’良好’的化學物質
身體和特定5-HT1A的激活
和2A受體可能是抗抑鬱藥的原因和抗焦慮的特性。
TRPV1-2香草醛受體也被CBD激活這些受體負責調節體溫和炎症。
CBD也被稱為:使α-1腎上腺素能失活
和抑制阿片受體的突觸攝取去甲腎上腺素,多巴胺,血清素和GABA
因此延長了它們的作用
對線粒體鈣儲存量,阻斷低壓
激活T型鈣通道,刺激抑制性甘氨酸受體的活性,
並抑制脂肪醯胺水解的活性。
基本上,CBD對不同身體區域的影響
可能是成為特性藥物的原因,如抗痙攣藥,
肌肉鬆弛劑,抗精神病藥,神經保護劑,抗氧化和止吐藥。
然而,所有這一切,CBD仍然是在研究的早期階段。
它與其他藥物的相互作用副作用以及長期的安全性
仍然不完全清楚。
因此,最好不要急於求成商店買這種油,而是參考醫生意見
關於CBD油是否適用的教育建議適合你或不適合你。
如果您發現此視頻有趣,
請訂閱頻道並查看其他視頻。

There has recently been a huge interest in CBD oil for its many therapeutic benefits. In this video
oil actually works. There are at least 85 active cannabinoids in cannabis. Of these 85 cannabinoids the two main neuroactive ones are psychoactive tetrahydrocannabinol or THC for short and non -psychoactive cannabidiol or CBD for short. Cannabidiol is the component that makes up
CBD oil. So how does THC and CBD work and why does THC have psychoactive effects and CBD doesn’t. Well in the body system. This consists of two G-protein-coupled receptors called cannabinoid type 1 receptors and cannabinoid type 2 receptors. CB1 receptors are found in the central and peripheral nervous system with most of them being in the hippocampus and amygdala in the brain. So CB1 receptors are primarily found in the brain and mainly effect mood. CB2 receptors are found in our immune cells lymphoid tissue and peripheral nerve terminals. So CB2 receptors are primarily found in the body and mainly effect the immune system and inflammation.
THC is a weak partial agonist of CB1 and CB2 receptors. Which basically means it activates and stimulates the receptors. Now as mentioned found in the brain and amygdala. The hippocampus and amygdala are involved in the regulation of memory and by THC activating these receptors
leads to the popular effects of an increased appetite and cognitive processes. This is how THC has psychoactive properties. Now CBD also has a link with CB1 and CB2 receptors but in a different way to THC. As we covered and so directly stimulates the receptors. CBD however is an allosteric modulator. This means that it doesn’t directly attach to the cannabinoid receptors to activate them but instead, it increases how receptive the receptors are to the natural endocannabinoids
in our body. Endocannabinoids are made in our body and we also get them from our diet. So CBD basically enhances the receptor action in a natural way rather than directly activating it. This indirect approach means that we don’t get the same psychoactive effects as THC. And so the anti-pain and anti-anxiety effects that comes from CBD oil may be influenced by enhancing the action of CB1 receptors. And the anti-inflammatory and anti-oxidant effects that come from CBD oil may be influenced by enhancing the action of CB2 receptors. Moreover receptors. Serotonin is the feel good chemical in our body and the activation of the specific 5-HT1A and 2A receptors may be responsible for anti-depressant and anti-anxiety properties. TRPV1-2 vanillin receptors are also activated by CBD and these receptors are responsible for the regulation of body temperature and inflammation. CBD is also known to: deactivate alpha-1 adrenergic and opioid receptors uptake of noradrenaline and GABA thus prolonging their effect on mitochondria calcium stores activated T-type calcium channels
the activity of the inhibitory glycine-receptor and inhibit the activity of fatty amide hydrolase. Basically, areas in the body and this could be the reason why it’s also known to have anticonvulsant
muscle relaxant anti-oxidant and antiemetic effects. However in the early stages of research.
Its interaction with other medication side effects and how safe it is in the long term are still not fully known. Therefore stores to buy this oil and instead to refer to a doctor who can give more personalized and educated advice on whether CBD oil is suitable for you or not. If you have found this video interesting please subscribe to the channel and check out the other videos.

Free Tips Here
Get the latest tips first.
We respect your privacy.

Leave a Reply

Your email address will not be published. Required fields are marked *

Free CBD Tips
Get The Latest Tips Here.
We respect your privacy.

CBD News

Advertise Here

CBD Benefits

Great Tips

Advertise Here