Emel'ianov N A, Kuznetsov V L, Bagaeva T P
Fiziol Zh SSSR Im I M Sechenova. 1980 Jun;66(6):816-22.
Three different compartments of Na were distinguished in the rat hippocampal cuts: 71, 24, and 5% of total tissue Na. Their half-times for Na efflux were 9.8, 27, and 104 sec. resp. The transport flux of Na was about 2 moles per kg tissue per hour. Ouabain when added to incubation medium did not diminish the Na efflux value while diminishing about 5-fold the "energy cost of transport". The Na transport from cells in hippocampal tissue took 60--76% of total energy given by respiration
分别占总组织钠的71%、24%和5%。它们钠外流的半衰期分别为9.8秒、27秒和104秒。钠的转运通量约为每千克组织每小时2摩尔。将哇巴因添加到孵育培养基中时,钠外流值并未降低,而“转运的能量消耗”却减少了约5倍。海马组织中细胞的钠转运消耗了呼吸提供的总能量的60% - 76%