The Physical Basis of Osmosis
This paper explains osmotic flow using Debye's 1923 model, showing that osmotic pressure differences drive water movement through semipermeable membranes, similar to hydrostatic pressure.
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This paper explains osmotic flow using Debye's 1923 model, showing that osmotic pressure differences drive water movement through semipermeable membranes, similar to hydrostatic pressure.
The paper develops a mathematical model of ion homeostasis and cell volume regulation, showing how ion transporters and impermeant molecules influence steady-state conditions and energy efficiency.
S.-Y. Wu, Y. Wen, N. B. C. Serre…·Y. Shen
The paper describes the development of a genetically encoded fluorescent K+ biosensor, GINKO2, optimized for sensitivity and specificity in vivo across multiple species.