The shaker mutation, which results in shaking under anesthesia, causes a defect in these proteins. The S5 and S6 trans-membrane helices of this protein are homologous in both voltage-gated and non- vo
The shaker mutation, which results in shaking under anesthesia, causes a defect in these proteins. The S5 and S6 trans-membrane helices of this protein are homologous in both voltage-gated and non- voltage-gated types of this protein. The voltage-gated ones remain open as long as the membrane is depolarized, and hyper-polarization occurs because these channels also have a delayed closing. For 10 points, name these ion channels, which allow the efflux of a positive ion that is neither calcium nor sodium.
The shaker mutation, which results in shaking under anesthesia, causes a defect in these proteins.
{potassium} ion channels [or {K+ion} channels]