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[Arteriosclerosis and blood lipids]
N N Kipschidse1, N A Schawgulidse
1Forschungsinstitut für experimentelle und klinische Therapie, Georgischen Sowjetrepublik Tbilissi.
Insights
Genetic factors and blood lipids significantly influence atherogenesis. Early identification of genetically predisposed hyperlipoproteinemia in children can enable proactive arteriosclerosis prevention.
Area of Science:
- Cardiovascular Medicine
- Genetics
- Lipid Metabolism
Context:
- Atherosclerosis is a complex disease influenced by multiple factors.
- Understanding genetic predispositions and lipid profiles is crucial for early disease detection.
Purpose:
- To investigate the role of genetic factors and blood lipids in atherogenesis.
- To explore the connection between hyperlipoproteinemia, ABO blood groups, and cardiovascular risk.
- To assess the potential for early arteriosclerosis prophylaxis in children.
Summary:
- Genetic factors and blood lipids play a significant role in atherogenesis.
- A link exists between hyperlipoproteinemia and ABO blood groups, with type IIb hyperlipoproteinemia and blood group A identified as key risk factors.
- Early identification of genetically predisposed hyperlipoproteinemia in children allows for proactive arteriosclerosis prevention.
Impact:
- Findings suggest that early identification and management of hyperlipoproteinemia in childhood can prevent arteriosclerosis.
- Arteriosclerosis is not an inevitable consequence of aging, as evidenced by centenarians without vascular changes.
Abstract:
In our examinations of the new-born and their parents, of the patients with coronary heart disease and their relations, of the healthy test persons of different age and of the families of the long-lived persons we have found that in the atherogenesis genetic factors and blood lipids play a great part. In future it is perhaps possible already early to recognize in children a genetically conditioned hyperlipoproteinaemia, all the more since in the patients with hereditary load was to be observed a clear increase of the indices of lipid metabolism in comparison to the healthy test persons. Furthermore, a connection between a hyperlipoproteinaemia and the AB0 blood groups was stated. A combination of the hyperlipoproteinaemia of type IIb with the blood group A in new-born and in patients after myocardial infarction belongs to the most important risk factors for the atherogenesis. On account of these findings it is possible to establish a hyperlipoproteinaemia in childhood in children with hereditary load, which gives the possibility by means of normalization of the lipids to perform an early prophylaxis of the arteriosclerosis. The examination of the long-lived persons showed that the arteriosclerosis is not certainly an accompanying appearance of old age, for the autopsies of persons 100 years of age and more did not show any arteriosclerotic changes of the vessels.