Thanks for the response. Do you think it is important to explicitly consider the tertiary structure of proteins along the membrane, or can we keep track of coarser things such as for instance whether or not a given NMDA channel is magnesium-blocked or not?
EDIT: Also, you mentioned optogenetics at some point. Do you work with Ed Boyden by any chance?
We are deep into guessing territory here, but I would think that coarser option (magnesium, phosphorylation states, other modifications, and presence and binding status of other cofactors, especially GTPases) would be sufficient. Certainly for a simulated upload.
No, I don’t work with Ed. I don’t use optogenetics in my work, although I plan to in not too distant future.
Thanks for the response. Do you think it is important to explicitly consider the tertiary structure of proteins along the membrane, or can we keep track of coarser things such as for instance whether or not a given NMDA channel is magnesium-blocked or not?
EDIT: Also, you mentioned optogenetics at some point. Do you work with Ed Boyden by any chance?
We are deep into guessing territory here, but I would think that coarser option (magnesium, phosphorylation states, other modifications, and presence and binding status of other cofactors, especially GTPases) would be sufficient. Certainly for a simulated upload.
No, I don’t work with Ed. I don’t use optogenetics in my work, although I plan to in not too distant future.