Reverse cholesterol transport pathway

[ruru]

I watch AK lectures quite a lot. His lectures are based from some of the books I use in medicine. He makes it easy for me to understand concepts. Hope you wont get tired of making more videos. Thank you for your efforts! 😊

[Chowanana]

You are the greatest. Every time I don't understand a topic not only do you have a video on it, but also explain it way more clearly. Thank you very much for your effort.

[samasaad]

You....you make my life easier from the moment I saw your videos, the king of biochemistry👑👑👑👑👑👑

[sena]

Sir, I am sooo grateful to you for your lectures, your videos have saved my life many times ❤️ Lots of love from Turkey 😊

[karmen]

You are a true life saver! Seriously, I can't thank you enough. Thanks to you, I know understand the whole process without any doubts in my head. I wish I could just "quit" collage and watch your videos instead. You are much better than my teachers and unlike them you have the ability to explain what's going on without making it confusing but simple. Thank you, again. <3

[renupathak]

You are the best. Your lectures have helped me so much. Thank you AK

[lakindublin]

Your videos are super helpful to revise biochemistry!! Great job!

[marium]

Thanks alot for these lectures ✨🌟 can't believe that these are free

[realDaveFeldman]

Hi AK — I’ve been a long time fan, and as another commenter mentioned, I’m quite obsessed with cholesterol, particularly with regard to metabolic influence (see my many experiments or lectures :) ). You say something here that struck me – that “the majority of cells in the periphery receive their cholesterol from circulating lipoproteins”. Current lipidologists would insist this is a rarity and unnecessary because every nucleated cell can synthesize its own cholesterol. That said, I’m much more at odds with this prevailing opinion and believe there’s a much greater uptake in the periphery — but your statement here is the only one I’ve seen that suggests *most* cells can’t do this in the first place, which would be quite significant to me if true. Can you suggest some further reading where I could find this information? Thanks!

[chanvalentine]

Thank you for this. This helps me understand more about what is going on with my health. And how to advocate for better healthcare.

[zyadstorm]

I used to hate biochemistry before I know your videos and now I'm in love with it because of you, you really saved me a lot of marks and made me love the subject thanks a lot Andrey and wish you the best in your medical career :)

[Emmanuelj]

always thankful for this videos. keep at it!

[samasaad]

Actually don't know what to say, I hope my professor to see you and know how much biochemistry Is beautiful😍😍😍😍😍

[ateberin.pkm]

thank you, Professor AK
God Bless You

[kenya]

I wish I'd watched this before my exam yesterday😩

[Stan_]

When HDL gives cholesterol to LDL (case 4b) - you describe LDL will go to the liver where it gets captured LDL receptor and will be terminated. But what about the case where LDL goes to peripheral cells and give cholesterol to them ? In thaty case cholesterol transfer is the exact opposite to what you describe. So it seems to me the cholesterol HDL gives to LDL goes later both ways: either it is returned to the liver or it goes to the peripheral cells. Can you confirm that is the case ? To be honest I don't see what is the real benefit for the body by HDL giving LDL/VLDL its cholesterol ..

[evvywbp]

What your degree and from where, and what your specialisation? And which references u follow?
I would make your lectures as a reliable source of information🙂