Shukla P C, Misra J P
Chemistry Department, St. Andrew's P.G. College, Gorakhpur.
Indian J Biochem Biophys. 1990 Jun;27(3):179-82.
Efficiency of energy conversion for electro-osmosis and streaming potential and the degree of coupling of acids across urinary bladder membranes of goat have been computed using non-equilibrium thermodynamic theory. The energy conversion maxima and degree of coupling for acids responsible for the formation of urinary calculi are found to be much low as compared to urea and urine.
利用非平衡热力学理论计算了山羊膀胱膜上电渗和流动电势的能量转换效率以及酸的耦合程度。结果发现，与尿素和尿液相比，导致尿路结石形成的酸的能量转换最大值和耦合程度要低得多。
