Elliott J R, Haydon D A
Biochim Biophys Acta. 1979 Oct 19;557(1):259-63. doi: 10.1016/0005-2736(79)90108-1.
The electrical capacities of black lipid films formed from monoolein + n-hexadecane and monoolein + squalane (or squalene) solutions have been measured in the presence of various concentrations of n-octanol. In addition, partition coefficients for n-octanol between n-hexadecane and 0.1 M NaCl, dielectric constants for octanol-hexadecane mixtures and the interfacial tension of films and film-forming lipid solutions against the aqueous phases have been determined. It is concluded that in "solvent-free" bilayers the octanol is unlikely to have changed the bilayer thickness by more than about 1 A. The bilayer tension, on the other hand, increases appreciably in the presence of octanol.
已在存在各种浓度正辛醇的情况下，测量了由单油酸甘油酯 + 正十六烷以及单油酸甘油酯 + 角鲨烷（或角鲨烯）溶液形成的黑色脂质膜的电容。此外，还测定了正辛醇在正十六烷和0.1M氯化钠之间的分配系数、辛醇 - 正十六烷混合物的介电常数以及膜和成膜脂质溶液相对于水相的界面张力。得出的结论是，在“无溶剂”双层中，正辛醇不太可能使双层厚度改变超过约1埃。另一方面，在正辛醇存在下，双层张力显著增加。
