Thank you very much for the animation, I have an exam for biological energy transduction coming up tomorrow morning and this really helped me to understand the cycle.
After watching once, reading wikipedia, and then watching again, I get it. I'm not a bio major(i study envi-sci) but I'm doing some ecological world-building right now and this helped
Your movies are very interesting. I would like to ask You about proteorhodopsin, rodopsin and opsin, because I can't anywhere found any answer on my questions. What is defference between these three substances which about I asked You. The point is building and function. And most important question is how proteorhodopsin can be adjust, that the substance not produce chemical energy only electricity, it mean if I understand correctly it, transporting not for example protons only elektrons ? I heard that is possible.
Thank you very much for the animation, I have an exam for biological energy transduction coming up tomorrow morning and this really helped me to understand the cycle.
Thanks for your work!
After watching once, reading wikipedia, and then watching again, I get it. I'm not a bio major(i study envi-sci) but I'm doing some ecological world-building right now and this helped
your an amzing guy ! Thanks for this!!!
Very useful thank you
Your movies are very interesting. I would like to ask You about proteorhodopsin, rodopsin and opsin, because I can't anywhere found any answer on my questions. What is defference between these three substances which about I asked You. The point is building and function. And most important question is how proteorhodopsin can be adjust, that the substance not produce chemical energy only electricity, it mean if I understand correctly it, transporting not for example protons only elektrons ? I heard that is possible.
Nice video. Your trans-to-cis transition looks incorrect though.
Thank u brother for this video.very easily understanding.hv a request a lecture on allosterism.😊😊😊😊😊