Thank you sir.. But I have a question please why hydroxile group attached to 3 7 and 12 carbon? Why not to others carbon.. And also why bacteria act their what they got from here please help
ilustrate mitochondria in a separate graph for the alternative pathway; and the bile acid is for FXR and G-protein signal trnsduction--the four points you illustrate for the Purpose lacking insight-and the p450 enzymatic reactions need be detailed of how they act on the hydroylaation steps,
This is the best description of Bile acids by far on youtube. Keep up the good work. Thank you
Thanks a lot ! Correction for bacterial 7 alpha dehydroxylase rather than hydroxylase
شكرا جدا ليك ي دكتور 💓💓
Best videos on the youtube!!
Very helpful sir, thank you so much🙏🏻
Best video on youtube! Seriously
you are the best EVER!!!!!~!!!!!!!!
very easy to understand. thank you!
very helpful thanks
Thanks your is best ❤❤
Thank you sir ,, 🙏🙏
ما شاء الله
Thanks
Vitamin c deficiency can cause bile salts deficiency????
Very informative
Excellent!
Glad you liked it! :)
What happen to secondary bile acid?
Can you point us to the video on enterohepatic circulation?
the secondary bile acids, do they form inside the gallbladder? Or in duodenum?
Thank you sir.. But I have a question please why hydroxile group attached to 3 7 and 12 carbon? Why not to others carbon.. And also why bacteria act their what they got from here please help
Thnks
thank you easy to understand
Glad you found it helpful!
Thanks
Thanks . Very helpfull :)
Sir any video on cholesterol structure ?
Can u conjugate secondary bile acids?
What's the fate of these Deoxycholic acid & Lithocholic acid?
thankkk you so much!!
Great
awsome!!!
Would be v interested to know if statins affect this process if anyone has any info?
Why if the bile acid is increased, it will happen cholelithiasis?
Shouldn't the bacteria have 7 alpha dehydroxylase not hydroxylate?
👏👏👏👏👏👏👏👏👏👏👏👏👏
Bile acid accumulation can lead to stony liver
love u babe
ilustrate mitochondria in a separate graph for the alternative pathway; and the bile acid is for FXR and G-protein signal trnsduction--the four points you illustrate for the Purpose lacking insight-and the p450 enzymatic reactions need be detailed of how they act on the hydroylaation steps,