question archive a) The following concentration values (in mM) have been calculated for the gonad cell of the male seahorse: [K+]in = 178; [Na+]in = 40; [Cl-]in = 37 [K+]out = 10; [Na+]out = 340; [Cl-]out = 350 and at rest, Pk : PNa : PCl = 1 : 0
a) The following concentration values (in mM) have been calculated for the gonad cell of the male seahorse: [K+]in = 178; [Na+]in = 40; [Cl-]in = 37 [K+]out = 10; [Na+]out = 340; [Cl-]out = 350 and at rest, Pk : PNa : PCl = 1 : 0
Subject:BiologyPrice: Bought3
a) The following concentration values (in mM) have been calculated for the gonad cell of the male seahorse:
[K+]in = 178; [Na+]in = 40; [Cl-]in = 37
[K+]out = 10; [Na+]out = 340; [Cl-]out = 350
and at rest, Pk : PNa : PCl = 1 : 0.019 : 0.381
What is the Vrest as predicted by the Goldman equation?
What would be the effect of a tenfold increase in external K+ concentration on the resting membrane potential?
