ليش ماكو صوت بالفديو ؟ 😢

عاشت ايدك دكتورة على هذا الشرح العظيم

thank you... genuinely helpful

Hello, What to do when Terbinafine hasn't worked for Jock Itch after an 8 week course?

You simply explained it in just 3 minutes hats off to you❤

could you write the source/journal article where you found this information?

0:02 胰島素受體 0:09 胰島素激素與α結合 0:12 胰島素受體亞基 0:16 這會導致激活 0:18 受體的細胞質β亞基 0:22 酪胺酸激酶是β的一部分 0:25 受體亞基 0:27 從而激活SLE受體結果 0:30 其磷酸化和激活 0:33 酪胺酸激酶殘基 0:36 活性酪胺酸激酶實習生 0:39 磷酸化胰島素受體 0:41 底物，縮寫為 IRS 0:45 然後活躍的 IRS 會引發級聯 0:50 細胞反應

0:02 insulin receptors 0:09 insulin hormone binds to the alpha 0:12 subunit of insulin receptors 0:16 this results in the activation of the 0:18 cytoplasmic beta subunit of the receptor 0:22 tyrosine kinase is part of the beta 0:25 subunit of the receptor 0:27 thus activation of SLE receptor results 0:30 in phosphorylation and activation of its 0:33 tyrosine kinase residue 0:36 the active tyrosine kinase intern 0:39 phosphorylates insulin receptor 0:41 substrate which is abbreviated as IRS 0:45 then the active IRS induces cascades of 0:50 cellular responses

GLUT4（或 4 型葡萄糖轉運蛋白）​​是人類 SLC2A4 基因編碼的蛋白質。它是一種胰島素調節的葡萄糖轉運蛋白，主要存在於脂肪組織和橫紋肌（骨骼和心臟）。 GLUT4 透過促進細胞攝取葡萄糖，在體內葡萄糖水平的調節中發揮著至關重要的作用1。 當胰島素水平升高時，例如進食後，GLUT4 會迅速融入肌肉和脂肪細胞的細胞膜中，使更多的葡萄糖從血液中進入這些細胞。這個過程有助於降低血糖水平，並以肌肉中的肝醣形式或脂肪組織中的脂肪形式儲存能量2。 在骨骼肌細胞中，運動或肌肉收縮會導致質膜上 GLUT4 的濃度增加。這是因為在體育活動期間，肌肉需要更多的葡萄糖來產生 ATP（細胞的能量貨幣）1。 GLUT4 也參與細胞對胰島素的反應。當胰島素與其細胞表面的受體結合時，會觸發一系列事件，導致 GLUT4 從細胞內儲存位點易位到質膜，從而增強葡萄糖攝取1。 了解 GLUT4 的功能和調節對於糖尿病等代謝疾病的研究非常重要，其中胰島素阻抗會導致 GLUT4 活性降低和細胞對葡萄糖的攝取受損1

Nice ❤

Great,thank you doctor.

Very nice❤

Absolutely stunning Allah bless you

Thank you!

Kindly provide reference for the same

Thank you so much I got it 👍🏻

Thank you so much❤

Yet again Trump was right

Complete bullshit and sponsored by big pharma

Really helped me to have an overview to this pathway, thanks a lot!

Thanks for the info! I’ve always wondered why!😊

Thanks Dr. Hammad. Was having trouble understandings this drug family.

Amazing❤

Bahar ❤👍

Simple, straightforward, and concise.

What type of Dr can identify which type I am?

Those are not mechanisms, they are phenotypes.

Thank you

❤

Wow ❤❤❤

Tysmmmmm

Clear and animated concept Thank you sir

ADP not ATP

Our domestic company supplies anti-cancer drugs- (Including formulas, raw materials, and semi-finished products). Does your company need raw materials for anti-cancer drugs? Please contact me if necessary. Thank you!

really good

Our domestic company supplies anti-cancer drugs- (Including formulas, raw materials, and semi-finished products). Does your company need raw materials for anti-cancer drugs? Please contact me if necessary. Thank you!

Cool vid, audio is horrendous.

My Central university lecturer brought me here

Very clear, and detailed explanation! This needs more view!

MashaAllah

كل الحب لأخوتن في غزة ❤

الصوت بيطلع مزعج جدا للأذن

Gawd u saved me sir!!! I have my mains in few hours and wanted to quickly learn this topic. Ahhh never thought i could finish this soon. Thank u😭💜

Woww!! What a very creative video!! love it.

It might be a stupid question but I’m wondering how the TRPA1 protines gets released

thanks broo

خير الكلام ما قل و دل Thank you

Thanks for the nice presentation

my teeth HURT

clindamycin binds to peptidyl transferase right?