[The new potentials of magneto-laser therapy and electrostimulation in children with cleft palate and upper lip]. / Novye vozmozhnosti magnitno-lazernoi terapii i élektrostimuliatsii u detei s nezarashcheniem neba i verkhnei guby.

The paper presents rationale for design of new procedures of physiotherapy in children with expanded palate and upper lip; morphofunctional features of prenatal and early postnatal formation of central nervous system; a multilayer technique of magneto-laser radiation to the projection of the anterior central gyrus and the technique of electrostimulation by the system of the wink reflex which can influence central mechanisms of regulation and adaptation before and early after uranoplasty and cheiloplasty.

[Physical factors in the combined rehabilitation of children with a congenital cleft of the upper lip]. / Fizicheskie faktory v kompleksnoi reabilitatsii detei s vrozhdennym nezarashcheniem verkhnei guby.

A total of 551 children with cleft lips and 136 children with secondary deformations of the upper lip and nose were followed up after cheiloplasty. Electrostimulation of the upper lip, total UV exposure, humisol and pelloidine electrophoresis, and total massage before cheiloplasty decreased the incidence of general and local postoperative complications. Reconstructive cheiloplasty was preceded by lidase or iodine ultraphonophoresis or electrostimulation of the perioral muscles. After surgery a course of magnetic and laser exposure or heparin ultraphonophoresis and local troxevasin were prescribed. This improved both the cosmetic and functional result of the operation.

[Myelochondroplasty of bone cavities and defects of the jaw bones]. / Mielokhondroplastika kostnykh polostei i defektov cheliustnykh kostei.

A new transplant is designed which consists of an autologous vital bone marrow and dispersed lyophylized allogenic rib cartilage. With postsurgical cavities filled with this transplant, the regeneration of osteal tissue was clearly accelerated in the defect site. This reduced both the rehabilitation terms and complication incidence and improved the cosmetic effect in patients with extensive residual osteal cavities formed during pathological tissues extirpation.

[Effect of jogging on lipid peroxidation, blood coagulation and anti-aggregation properties of the vascular wall]. / Vliianie ozdorovitel'nogo bega na perekisnoe okislenie lipidov, svertyvaemost' krovi i antiagregatsionnye svoistva sosudistoi stenki.

In a group of volunteers of different age, engaged in health-improving running for various time, a level of antioxidants and a capacity of vascular wall to synthesize the antiaggregating substances were increased as well as blood coagulation parameters were decreased. These alterations were especially important for men because of the favourable effect of the running on blood rheology and microcirculation as well as on metabolism of cell and tissues.

[Effect of complete fasting on the coagulative and antioxidative properties of blood]. / Vliianie polnogo golodaniia na koaguliatsionnye i antiokislitel'nye svoistva krovi.

The effect of 3- and 5-day fasting on coagulation blood properties, antioxidant system activity, and the content of oxidized hemoglobin was studied in 2 series of observations over 22 normal volunteers. Fasting was discovered to lead to the reduction of blood plasma and red cell coagulation, to the deterioration of platelet aggregation, rise in the oxidized hemoglobin content, and to the increase in red cell resistance to peroxide hemolysis. The changes revealed were shown to favour the maintenance of the blood in a liquid state, to lower the risk of intravascular coagulation and thrombus formation.

[Mechanisms of the development of hypercoagulation in experimental peroxide atherosclerosis]. / Mekhanizmy razvitiia giperkoaguliatsii pri élsperimental'nom perekisnom ateroskleroze.

It is shown that atheroarteriosclerosis develops with attendant hypercoagulation changes in the blood of animals kept on an antioxidant-free diet for 100 days. The changes in blood coagulation are caused by disturbances in the procoagulant properties of the tissue (heart and aorta) cell membranes and those of the red cells. The role of cell membranes in the development of hypercoagulation due to changes in their cell thromboplastic properties is discussed.