Hi there, just want to say a big thank you! I have watched many of your videos and they have been very helpful in understanding the content. Thank you!
This single explanation of Kreb's Cycle was my biggest foe when I tutored Physiology at UK. I would diagram it and explain it over and over. Some fish simply can't climb trees.
thank you very much for your amazing videos. I have a question: I am stuck at how it is possible to get ATP by breaking a glucose bond -somehow the ATP seems to magically appear...I think that I am missing a fundamental piece of the puzzle. I am imagining that glucose is catabolized and the energy that is released is atp -but where does the N and Phosphate come from as glucose is only made of 6 carbon -how do we get N and phosphate from carbon? I am so stuck on this. Any help that you can provide would be so appreciated. thank you
what a clever innovation you've employed in this informative video - no distracting music!
Hi there, just want to say a big thank you! I have watched many of your videos and they have been very helpful in understanding the content. Thank you!
This single explanation of Kreb's Cycle was my biggest foe when I tutored Physiology at UK. I would diagram it and explain it over and over. Some fish simply can't climb trees.
Pretty precise and clear explanation. I just understood the whole concept
This really helped me understand your more in-depth explanation. Thank you.
Thank you. I love your videos so much.🖤
Thank you so much your videos really have helped me 🙏
Thank you!!
thank you very much for your amazing videos. I have a question: I am stuck at how it is possible to get ATP by breaking a glucose bond -somehow the ATP seems to magically appear...I think that I am missing a fundamental piece of the puzzle. I am imagining that glucose is catabolized and the energy that is released is atp -but where does the N and Phosphate come from as glucose is only made of 6 carbon -how do we get N and phosphate from carbon? I am so stuck on this. Any help that you can provide would be so appreciated. thank you
In case you haven't, then watch the other video as well.
Cellular Respiration (in detail). Link is there is description.
excellent！thank you！
Thank you so much