ested in Pested View Endtag And, of course, we can calculate the energetics of each (of three) components of the Na+/K*

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Ested In Pested View Endtag And Of Course We Can Calculate The Energetics Of Each Of Three Components Of The Na K 1 (36.32 KiB) Viewed 7 times

ested in Pested View Endtag And, of course, we can calculate the energetics of each (of three) components of the Na+/K* ATPase cycle: What would be the energetics of this chemical reaction? i.e. would hydrolysis of one ATP provide sufficient energy to support the Nat and K* transport against y = -120 mv (negative inside)? Assume that Gº for ATP hydrolysis = -30.5 kJ/mol, and that [ATP]= 3 MM, (ADP) = 80 uM, and P, = 4 mm, 37 °C. [Na].= 10 mM, (Na lout = 110 mm, (K), = 120 mm, (K) out = 5 mM =