[The connection between the biologically active points of the skin and psychological functions]. / Sviaz' mezhdu biologicheski aktivnymi tochkami kozhi i psikhologicheeskimi funktsiiami.

It has been shown that there is a correlation between temperature difference of symmetric acupuncture points of helix and psychophysiological asymmetry of motor and optical brain centers. The regulation of blood circulation has been suggested to be involved in this phenomenon.

[Cholinergic regulation of the Na, K-ATPase activity of the pig kidney]. / Issledovanie kholinergicheskoi reguliatsii aktivnosti Na, K-ATFazy iz pochki svin'i.

Acetylcholine does not change the activity of Na, K-ATPase isolated from pig kidney. The enzyme is shown to have insignificant acetylcholinesterase activity. It is suggested that Na, K-ATPase sensitivity to acetylcholine disappears in the course of enzyme purification and that acetylcholinesterase activity is extrinsic.

[Effect of benz(a)pyrene and its non-carcinogenic analog 1,2-benzopyrene on the Na, K-ATPase activity of homogenates of different mouse organs and rat heart membrane preparations]. / Vliianie benz(a)pirena i ego nekantserogennogo analoga 1,2-benzopirena na Na, K-ATF-aznuiu aktivnost' gomogenatov razlichnykh organov myshi i membrannogo preparata iz serdtsa krysy.

The carcinogenic agent benz(a)pyrene inhibits Na, K-ATPase activity of organ homogenates where it is capable of inducing tumors. It causes no significant changes in target organ homogenates.

[Acetylcholine induced reciprocal changes in the Na, K-ATPase and acetylcholinesterase activity of nerve and membrane preparations of Na, K-ATF-azy]. / Indutsiruemye atsetilkholinom retsiproknye izmeneniia Na, K-ATF-aznoi i atsetilkholinésteraznoi aktivnostei v nerve i membrannom preparate Na, K-ATF-azy.

ATPase and cholinesterase activities in the homogenate of the frog nerve and membrane Na,K-ATPase preparation of the bovine brain were investigated. Preliminary treatment of the nerve and the preparation by acetylcholine solution (10(-6)--10(-7) M) enhanced their Na,K-ATPase activity and reduced their cholinesterase activity. Possible mechanisms of this phenomenon are discussed.