receptors
US
・UK
B2 中高級
n. pl.名詞 (複數)受體
影片字幕
什麼！大麻可以改變你的睡眠？！ (How Marijuana Completely Changes Your Sleep)
- Caffeine actually binds to the same receptors effectively blocking adenosine, which is why it can keep you alert.
實際上，咖啡因會與有效阻斷腺苷的相同受體結合，這就是它能讓人保持警覺的原因。
- Caffeine actually binds to the same receptors, effectively blocking adenosine, which is why it can keep you alert.
一些研究表明，它能減輕焦慮，讓人睡得更安穩。
連名人都在用的「瘦瘦筆」！到底靠什麼讓體重狂降？(Ozempic is a game-changer. Here’s how it works.)
- There are receptors for GLP-1 in cells all throughout the body that serve different functions when triggered by the hormone.
身體各處的細胞都有 GLP-1 的受體，當被刺激時，這些受體會執行不同的功能。
- In the pancreas, GLP-1 receptors promote the production of insulin the hormone that lowers blood sugar levels, and suppress the production of glucagon, the hormone that raises blood sugar levels.
在胰臟中，GLP-1 受體促進胰島素的產生，這種荷爾蒙能夠降低血糖，同時抑制葡萄糖原的產生，這是一種能夠提高血糖的荷爾蒙。
癌症究竟是怎麼發生的呢？跟著影片一起了解吧！（A New Way to Understand Cancer）
- The mutated tumor cell finds a way to switch the immune system off by targeting inhibitor receptors on anti-cancer cells.
變異的腫瘤細胞找到透過瞄準抗癌細胞抑制劑受體關閉免疫系統的方法。
- Inhibitor receptors stop immune cells from, well, killing.
抑制劑受體阻止免疫細胞的殺戮行為。
你不知道的「汪星人科學」（The Science of DOGS）
- But unlike the three specialized receptors in our eyes to distinguish colors, dogs only have two.
但不像我們眼睛有三個特別的接收器專門來辨認顏色，狗只有兩個。
- specialized receptors in our eyes to distinguish colours, dogs only have two. Because of this,
同時，牠們的腦袋不能辨認紅色跟綠色而只能看到灰色。
麻煩大了！讓 AsapSCIENCE 告訴你戒掉大麻後會發生什麼？ (What Happens When You Quit Marijuana?)
- You start to create a desensitization and down regulation of your endo cannabinoid receptors, specifically the CB1 receptor.
你開始對內源性大麻素受體（特別是 CB1 受體）進行脫敏和下調。
- You start to create a desensitization and downregulation of your endocannabinoid receptors, specifically the CB1 receptor.
但經常吸食大麻會導致這些神經元的下調，讓人更難戒菸，也更難在清醒時感受到新體驗的幸福。
你也是每天一杯咖啡嗎？跟著 BBC 一起探索咖啡究竟會對身體有什麼影響！ (What does coffee do to your body? - BBC World Service)
- Caffeine binds to the body's adenosine receptors, which can be found on the surface of nerve cells.
在神經細胞表面可發現，咖啡因會與體內的腺苷受體結合。
- By blocking these receptors, caffeine generates the opposite effect.
藉由阻斷這些受體，咖啡因可以產生完全相反的反應。