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Information × Registration Number 0220U101967, 0117U003326 , R & D reports Title The role of vitamin D metabolism and homocysteine in changing the deformation properties of left ventricular and clinical efficacy homotsysteyindown-treatment and compensation of vitamin D in patients of coronary artery disease after revascularization popup.stage_title Head Nikonenko Oleksandr S., Доктор медичних наук Registration Date 28-02-2020 Organization State Institution “Zaporizhia Medical Academy of Post-Graduate Education Ministry of Health of Ukraine” popup.description2  With the rest of the rocks, there is a wider range of sero-major seizures, on the first perch of the ischemic heart branch (CHD). In addition, the infection of the causes and mechanisms of the benefits and progress of coronary heart disease remains relevant. Over the course of ten years, a great deal of experimental and clinical advances have been directed toward virulent pathogenesis, increased efficacy, and the prevention of new methods for the prevention of coronary heart disease. Homosexuals have been shown to be an indispensable predictor of ischemic rotation and removal due to atherosclerotic coronary artery disease, occlusion of venous bypass and revascularization. The equipment of the region is coronary heart disease. For the current period, an analysis of 78 participants of the main group of the previous year was conducted. Practical interest in analyzing the concentration of homocysteine in the fall at the bottom of the stage of atherosclerotic infection. With regard to robots, GHC infusion was increased and vitamin D deficiency was interrupted by patients with multifocal atherosclerosis and malignant coronary arteries. All circumstances showed vitamin D deficiency as well as GHC. In addition, after analyzing a patient's myocardial deformity analysis using the Exo-KG speckle tracking method in a pool of concentration and homocysteine and blood plasma. GLC is found to be Bulo, that is, D deficiency, besides group control, there are fewer myocardial functions available - less global, more recent, group significance not visible. In addition, it is possible to promote bridles, which means that there is more homocysteine rhombus and more bends and mesentery, more bends and strain deformities, with normal hemodynamic parameters that can be measured faster. GHC and vitamin deficiency have been reported to be factors in the development of IXC, and this is caused by the unacceptable decline of the coronary branch. Product Description popup.authors Molodan Oleksandr V Chmul Karyna O popup.nrat_date 2020-04-02 Close