Interesting, the peroxisomes are the only cell organelle i never really learned what these do. But now at uni i am learning about fatty acid metabolism and now i am learning about them. I knew that they have a very important role in free radical processing but now i know that they also are important to shorten long fatty acids to medium length fatty acids to be processed further in the mitochrondria for complete oxidation. Thanks for the video!
Awesome stuff. We were taught that in the first step the enzyme is FAD-containing acyl CoA oxidase due to the formation of the ROS (H2O2). What is your textbook of preference for lipid metabolism?
Hello there. I'm doing biology videos. I want to take advantage of the information on your channel. Can you add Turkish subtitles to your videos? Thanks.
Hello sir, this question can be silly but i wanted to ask, why do we have to oxidise the molecule onto 8 carbons and not 16 or so, as normally 16 c atom molecule is also taken up by the mitochondria?
I think is because a 8C fatty acid can enter the mitochondria without the need of Carnitine.... So I belive that since you are already oxidizing a very long fatty acid, it's better to continue to 8C instead of stopping at 16C, because It's far easier to transport the 8C to the mitochondria.
@AKLectures Small point of contention: The enzyme is Acyl CoA oxidase in the peroxisome, not dehydrogenase as in the mitochondria.
Interesting, the peroxisomes are the only cell organelle i never really learned what these do. But now at uni i am learning about fatty acid metabolism and now i am learning about them. I knew that they have a very important role in free radical processing but now i know that they also are important to shorten long fatty acids to medium length fatty acids to be processed further in the mitochrondria for complete oxidation. Thanks for the video!
Perfect video to understand role of peroxisomes
Thank you. Love lecture reviews.
Perfection. Thank you 🙏
Bless you great explanation !!
YOU ARE AMAZING :)
Very Helpful. thank you. AK Lectures
This had really helped me ❤ thank you so much
Thank you so much for making these videos!
thank you very much this great work please persist in this video
but i want ask you about cori cycle does you explain it?
you are great
Excellent👍
! You are genius man
so useful
plz plz do a video on photosynthesis
Thanks a lot.
Thanks alot🙂
Such timing, I have an exam over this stuff in 2 hours.
how did you do?
Can you make a video about SNARE's protein, please?
Thank you sir ❤
Trankil you 👏👏👏
Thanks very much
Beast.
Omega oxidation i used in oxidation of medium-chain fatty acids (10-12 carbon atoms)
Thanks a lot sir
thanks
Please notify us to like your videos . Most medical students are forgetful and busy and selfish .❤❤❤❤❤❤❤
Plz speek about cytokine amazing man.
Another one, another one
-Dj Khaled
Awesome stuff. We were taught that in the first step the enzyme is FAD-containing acyl CoA oxidase due to the formation of the ROS (H2O2). What is your textbook of preference for lipid metabolism?
Hello there. I'm doing biology videos. I want to take advantage of the information on your channel. Can you add Turkish subtitles to your videos? Thanks.
hocam bazı videolarınızdan yararlanmıştım sınava hazırlanırken şimdi tıp fakültesindeyim emeğiniz için teşekkür ederim
Hello sir, this question can be silly but i wanted to ask, why do we have to oxidise the molecule onto 8 carbons and not 16 or so, as normally 16 c atom molecule is also taken up by the mitochondria?
I think is because a 8C fatty acid can enter the mitochondria without the need of Carnitine.... So I belive that since you are already oxidizing a very long fatty acid, it's better to continue to 8C instead of stopping at 16C, because It's far easier to transport the 8C to the mitochondria.
@@kefirmomo1570 That makes sense. Thanks a lot.