Thank you for the excellent explanation. Only one notice: 1:18 - when you show SGLT1 you did not show cotransport with Na+. Yes, you mentioned it orally, but not visually.
Thanks for the excellent explanation of the process. Very helpful and clear. However, I think that for the absortion from the intestinal lumen you may be reffering to intestinal epithelial cells, not endothelial cells?
Very good video! But I did not understand why galactosemia type 3 affect just RBC
Thank you for the excellent explanation.
Only one notice: 1:18 - when you show SGLT1 you did not show cotransport with Na+. Yes, you mentioned it orally, but not visually.
yes because it’s not necessary … SGLT stands for SODIUM glucose transport … it was a given :)
very helpful thank you very much and please make more videos
i love u guysss 😭 Thank u so much you helped us perfectly ❤
Thank you so much, really you are the best
Thanks dude
Thanks for the excellent explanation of the process. Very helpful and clear. However, I think that for the absortion from the intestinal lumen you may be reffering to intestinal epithelial cells, not endothelial cells?
Yes
Thank you so much 😊
Thank you so much 🙏🏼🙏🏼🙏🏼
It's hard to find information in which cells or organ is galactose metabolism taking place? In the liver and only liver?
I got in mind this question and I shall search for it..
Most cells can do it, but it happens mostly in the liver.
What product is formed as a result of methylation of galactose?
more biochemistry for usmle 1 please 🙏🏼
Can someone help me? How do Galactosemic patients tolerate Glucose as adults?
Thanks! :)
You da goat
love this thx
Any update in this video
I'm just trying to improve my nutrition knowledge i din't think this would be so detailed and complex lmao
welcome to biochemistry
I want to pr