I'm just an access to science student trying to get a degree zoology but my tutor asked us to put examples in of active transport for our assignment and I found this beauty of a protein and had to know more. Thank you for explaining the whole process clearly and concisely!
Thank you so very much for these videos! You've helped me so much in my intro to neurosciences class (I was struggling to understand membrane potential, action potential, resting potential in neuron communication.) I can't tell you how much these videos helped me understand the basics! Thank youuuu!!
how is this coupled with insuline receptors to trigger glucose transport into the cells? are two different channels for glucose? glucose channels mediated by Na+ and those mediated by insuline?
I'm just an access to science student trying to get a degree zoology but my tutor asked us to put examples in of active transport for our assignment and I found this beauty of a protein and had to know more. Thank you for explaining the whole process clearly and concisely!
Thank you so very much for these videos! You've helped me so much in my intro to neurosciences class (I was struggling to understand membrane potential, action potential, resting potential in neuron communication.) I can't tell you how much these videos helped me understand the basics! Thank youuuu!!
Thank you so much. Your explanation is excellent. I admire your work.
I could not understand those people who dislikes. Labor should be respected.
Thank you so much for this video, sir. Very helpful
So the Secondary active transporters get their energy from
The electrochemical gradient
or The Sodium and Potassium Pump?
how is this coupled with insuline receptors to trigger glucose transport into the cells? are two different channels for glucose? glucose channels mediated by Na+ and those mediated by insuline?
Thank you. What undergrad textbook would you recommend for those of us desiring further information/study?
why there will be no electrochemical gradient for the Na to enter