PubMed Health⌕ Search

Biomedical subjects

K Iu Iuldashev

Publications and source records attributed to K Iu Iuldashev.

At least 19 recordsLinked to original sources

[Various aspects of the interrelations between blood phospholipids, blood coagulation and microcirculation in chronic bronchitis].

Studies of conjunctival microcirculation, thromboelastographic coagulation (as assessed by 8 parameters) and plasma phospholipid spectrum (with 8 fractions obtained), carried out in 136 patients with acute phases of chronic bronchitis, have demonstrated considerable disorders of microcirculation, hypercoagulation and shifts of blood phospholipid spectrum. Marked perivascular disorders were matched by increased levels of plasma lysophosphatidylcholines, which promote increased capillary permeability. Intravascular changes (erythrocyte aggregation and sludging, intermittent flow and stasis of blood) were accompanied by established hypercoagulation and increased phosphatidylethanolamines, producing a coagulating effect. A drop in plasma phosphatidylcholines is a symptom of disrupted synthesis of this phospholipid class in the lungs, and a disorder of pulmonary surfactant structure and function. The level of phosphatidylserins, conducive to histamine release by mast cells, rose in patients with the bronchospastic syndrome. Shifts in other phospholipid fractions, typical for different types and stages of chronic bronchitis, have also been demonstrated. Basically, the magnitude of shifts was greater prior to treatment in the majority of parameters.

Adolescent↗

[Microcirculation, blood coagulation and blood phospholipids in acute pneumonia].

The state of conjunctival microcirculation, thromboelastographic hemocoagulation by 10 indices and 8 fractions of citrated blood plasma phospholipids was studied in 145 patients with acute pneumonia. Microcirculatory disorders with an increase in all conjunctival indices, marked hypercoagulation with raised concentration of phosphatidylethanolamine, lysophosphatidylcholines in parallel with a decrease in the level of phosphatidylcholines of the blood plasma, particularly at the peak of an inflammatory pulmonary process, were found. The relationship of phospholipids with plasma coagulation and microcirculation as a result of the development of a pathological pulmonary process was revealed.

Adolescent↗