Tag Archives: development
Parathyroid gland dysfunction and blood rheological changes in adolescents
M. Mantskava, S. Beriashvili,
N. Momtselidze, S. Zenaishvili,
M. Nikolaishvili, T. Tupinashvili,
I. Vashakidze.
Beritashvili Biomedical Experimental Center,
Georgian David the Builder University.
The thyroid gland disorders are the contributing factors to the development of periodontitis. Despite the lack of works, discussing the hemoreological and calcium, phosphorus homeostasis disorders, resulting in the destruction of the tooth hard tissue mineralization, their authors confirm the unity of the microcirculation disorders and thyroid dysfunction. Our data also confirm this statement. We believe that the imbalance, caused by parathormone, leads to microcirculation disturbances not only locally, but also to all organs and tissues.
[su_animate type=”rotateInUpLeft”]You will be able to study this article if you pass into the Georgian department of the site and click on a tag of “GE”.[/su_animate]
Hemorheological Disorders and Arteriolar Resistance During Ischemic Heart Disease
T. Urdulashvili, N. Momtselidze,
M. Mantskava, N. Narsia,
G. Mchedlishvili.
Microcirculation research Center, I.Beritashvili Institute of Physiology, Tbilisi, Georgia.
Internal Medicine, State medical University, Tbilisi, Georgia.
Abstract. It could be conjectured that the hemorheological disorders are involved in development of the ischemic heart disease. But this fact was so far insufficiently cleared up. The present studies were carried out in patients with various forms of chronic ischemic heart disease. We investigated the most significant factor of rheological disorders in the microcirculation, the erythrocyte aggregability, which a technique that provided us with the direct and quantitative data. Simultaneously we investigated in the some patients the tone of the resistance arteries of the hand with an original non-invasive technique. We found that the erythrocyte aggregability increased almost twice in the blood of investigated patients as compared to the healthy control group. The aggregability was positively correlated with severity of the disease.
[su_animate type=”slideInRight”]
The most pronounced hemorheological disorders were found in the patients with the heart failure. As to the arteriolar resistance index, it was increased only in 45 per cent of all the investigated patients and no significant difference between the patients with the heart failure and without it was found available. We concludes that the blood rheological disorders represent themselves a factor that plays a significant role in pathogenesis of development of the heart disease.[/su_animate]
Microvascular and Hemorheological disorders during ischemic heart disease
T. Urdulashvili, M. Mantskava,
N. Momtselidze, N. Narsia,
G. Mchedlishvili.
Scientific –Practical Journal ISSN 1512-1291.
Cardilogy and Internal Medicine XXIN4 (VIII) 2004, 9-15.
Significance of the hemorheological disorders in development of acute vascular syndromes is presenltky well known, but their role in pathogenesis of chronic ischemic heart disease is not yet sufficiently analyzed. Aim of the present study was investigation of the relationship between the hemorheological, vascular and hemodynamic factors during the ischemic heart disease.
[su_animate type=”rotateInDownLeft”]
We investigated 64 patients with ischemic heart disease of functional classes I-IV with and without heart failure. For evaluation of the hemorheological disorders we investigated the most significant symptom, the erythrocyte aggregability, with the Georgian technique” that provided us with direct and quantitative data. In the some patients we investigated the tone of the resistance arteries with an original non-invasive technique. Based on measurement of[/su_animate]
Hemorheological, microvascular and hemodynamic disorders during coronary heart disease
Urdulashvili T., Momtselidze N.,
Mantskava M., Narsia N.,
Mchedlishvili G.
Georgian Med News. 2006; (136):55-7 (ISSN: 1512-0112)Department of Internal Medicine, State Medical University, Tbilisi, Georgia.
[su_animate type=”rotateInUpLeft”]
Significance of the hemorheological disorders in development of acute vascular syndromes is presently well known, but their role in pathogenesis of chronic coronary heart disease has not been yet sufficiently analyzed. Aim of the present study was the investigation of the relationship between the hemorheological, vascular and hemo-dynamic factors responsible for development of the coronary heart disease. We investigated 64 patients with coronary heart disease of the functional classes I-IV with and without the heart failure.[/su_animate]
Hemorheological disorders and arteriolar resistance during ischemic heart disease
T. Urdulashvili., N. Momtselidze.,
M. Mantskava., N. Narsia.,
G. Mchedlishvili.
Clinical hemorheology and microcirculation 2004;30(3-4):399-401.
Abstract
[su_animate type=”bounceInUp”]
It could be conjectured that the hemorheological disorders are involved in development of the ischemic heart disease. But this fact was so far insufficiently cleared up. The present studies were carried out in patients with various forms of chronic ischemic heart disease. We investigated the most significant factor of rheological disorders in the microcirculation, the erythrocyte aggregability, with a technique that provided us with the direct and quantitative data.[/su_animate]
Study of erythrocyte deformability at hemorrhagic shock
M. Mantskava, N. Momtselidze,
L. Davlianidze.
I.Beritashvili Center of Experimental Biomedicine, 14 Gotua St., Tbilisi, Georgia, 0160.
[su_animate type=”lightSpeedIn”]
The aim of our work was a red blood cell deformation (rheological rheological ) at rheological degrees of severity of experimental hemorrhagic shock. The study of erythrocyte deformability violation and a compulsory monitoring of this physical value deserve more attention of fundamental and applied sciences. The modeling of hemorrhagic shock of different stages was performed in the group of anesthetized animals by means of standard blood discharge from the femoral artery (2,5 ml – first stage of shock; 5 ml – second stage of shock; 5ml – third stage of shock, n=12).[/su_animate]
