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What about physiology mam?

9 years later and you saved a life, tysm🙏💯

❤❤❤

Thank you

It helps ❤️

Very great video

thank you 💛

well explained 🤝

Thanks a lot😁

🤣 loved it.

Thank you moomy

Thank you so much 🥰 Keep it up ☺️

Former student of Dr. Tomlin now in medical school and got to say I will always come back to her videos this made more sense than the hour I spend in lecture today thanks for a great preview to my studies.

Thank you so much 💜💜💜💜

is everyone just ignoring the viking screaming in the background?

I was overthinking this topic for so long and this short video explained it so quickly and so easily. Thank you so much from a university student with an exam tomorrow :)

Very nice , it’s all in the set up and made in the USA , vs Chinese crap.

In other words its the scar tissue being repaired, plasmin dissolved thrombin as it dries.

Thank you!

oh my god iv been looking for a video like this you made me understand this topic in 10 min while I was procrastinating for a week cuz I didn't wanna read or listen to my 2 hour lecture lol thank you so much!!!

Thank you Professor. I miss your class!

I spent so long trying to search for a video of transduction of this and it explained it so well. Simple, great visual aide, easy to understand and just enough detail to understand the concept. Thanks!

Best

Thank you! Great explanation

Monotonous

Nice video..

Thank you so much! I love you for this!

Nice but prolonged I hope u will improve but slowness is even necessary for better explanation KEEP IT UP

Hi I need subs

thankyou so much it has really helped

you sure actin in smooth muscle always active, cuz from what i understand , smooth muscle also contains tropomyosin but no troponin, and tropomyosin's job is to block the active site of the actin.

Hello! Thank you so much for the very insightful video. Just a quick question, in the membrane of the SR is it not the SERCA pump that pumps sarcoplasmic Ca2+ back into the SR? Thanks again!

i’m lost more than ever , thank you 😡 , you’re explaining a topic that needs animated pics , and you’re not confident with the information you’re giving through your video

Finally get it, thanks!

I finally understand this after rereading my PowerPoint slides over and over, relistening to the teacher's lecture, AND watching other people's YT videos. So much simpler than I thought. TY!!!

thank you<3

Wow this is my teacher lol

thanks king

I paused the video where you said "We instinctively know that Glucose...." before listening to the rest of the sentence because I thought the rest of it would be, "that glucose is 180 g/mol". (They drilled this into us Gen Chem 1 and 2) So if you solved this by multiplying molar mass (180 g/mol) times moles (1.5 x 2 = 3) you get the same answer. (180 x 3 = 540g)

I dont know in this exact example but phosphorylation usually adds a PO3, but the target molecule already has an oxygen which together makes it a phosphate. so the "adds PO4" should maybe be "adds P" or "Adds PO3->PO4"? I do not know how the chemical composition of myosin looks like but if you are going into details in this it is worth looking into.

Thanks a lot, very helpfull :)

Great

CCK is in the duodenum.

Fantastic👌👌

great great thanks 😭😭😭😭😭❤️❤️❤️❤️❤️❤️

thank u very much

I think i love you

Amazing

🙏💕😌🙏🙇 Thank you so much......

such a great explanation, thank you!