[Magnetic-laser irradiation of the liver in the treatment and prevention of hepatic insufficiency in mechanical jaundice]. / Magnitolazernoe obluchenie pecheni pri lechenii i profilaktike pechenochnoi nedostatochnosti pri mekahnicheskoi zheltukhe.

The effect of magnetolaser irradiation on the liver in obstructive jaundice was studied in experiments on 500 rats. Magnetolaser irradiation was found to have a favourable effect on the functional morphology of the liver; it levels many morphological signs of hepatic insufficiency and thus provides the grounds for carrying out an operation on the bile ducts under optimal conditions. The suggested method of magnetolaser therapy was applied in 142 patients with hepatic insufficiency in obstructive jaundice. The study showed that magnetolaser therapy applied in complex treatment of hepatic insufficiency promotes active restoration of the function of the organ, significantly raises the efficacy of treatment, and reduces the term of the patient's hospital stay.

[Antitoxic action of laser radiation on CC14-damaged hepatocytes]. / Antitoksicheskoe deistvie lazernogo izlucheniia na povrezhdennye CC14 gepatotsity.

It has been shown in rat experiments that low-energy laser (transcutaneous action on liver tissue) increases the functional activity of intact hepatocytes, activating the regeneration of injured parenchyma.

[Measurement of the optical parameters of animal and human tissues in exposure to lasers]. / Izmerenie opticheskikh parametrov tkanei zhivotnykh i cheloveka pri lazernom vozdeistvii.

A new method for calculation of low laser-energy exposure in biological tissues has been worked out. This method allows to determine the exposition of laser-treatment in each laser exposure more exactly.

[Effect of laser radiation on a dystrophic process in the liver due to x-ray irradiation]. / Vozdeistvie lazernogo izlucheniia na distroficheskii protsess v pecheni, vyzvannyi rentgenovskim oblucheniem.

A stimulating effect of a helium-neon laser (in single radiation for 5 min daily) on a reparative process in the liver injured by x-ray radiation (in a single dose of 650) was studied by histological, cytophotometric and electron microscopic methods. It has been shown that after 3-20 sessions of laser therapy the architectonics of hepatic lobules regenerates, by the end of a therapeutic course a nearly complete regeneration of the intracellular structures of hepatocytes is noted. At the same time the level of nucleic acids and glycogen in the latter returns to normal.