Identification of Genetic Markers of Predisposition to Thrombogenic Diseases by Minisequencing Analysis: Reagent Set “SNP2-TMG”

Thrombogenic risk factors (blood coagulation disorders and thrombophilia) are the cause of cardiovascular diseases, among which genetic factors are worth highlighting (genetic polymorphism of the blood coagulation system, angiogenesis factors, and components of the lipid metabolism system). Early identification of clinically significant polymorphisms in genes that cause predisposition to thrombogenic diseases allows for preventive measures and timely diagnosis even before the onset of the clinical picture of the disease, and for patients with an already confirmed diagnosis, genetic diagnostics makes it possible to check the hereditary nature of the disease, select treatment tactics, and predict the risk of developing of adverse drug reactions. This article describes the process of developing the “SNP2-TMG” kit, designed to identify ten genetic markers of susceptibility to thrombogenic diseases (rs1801131, rs6025, rs11549465, rs429358, rs7412, rs1799963, rs6050, rs1799762, rs2010963, and rs1801133), by the minisequencing technique (SNaPshot technology). This kit has passed clinical trials and is approved for medical use.

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Journal
Molecular Biology
Published
2025-04-01
DOI
https://doi.org/10.1134/s002689332470081x
Primary Topic
Mast cells and histamine
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article
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article

Identification of Genetic Markers of Predisposition to Thrombogenic Diseases by Minisequencing Analysis: Reagent Set “SNP2-TMG”

Irina Haidukevich, А. V. Grudo, Г. В. Сергеев
Molecular Biology
Mast cells and histamine
article

Identification of Genetic Markers of Predisposition to Thrombogenic Diseases by Minisequencing Analysis: Reagent Set “SNP2-TMG”

Irina Haidukevich, А. V. Grudo, Г. В. Сергеев
article en

Abstract

Thrombogenic risk factors (blood coagulation disorders and thrombophilia) are the cause of cardiovascular diseases, among which genetic factors are worth highlighting (genetic polymorphism of the blood coagulation system, angiogenesis factors, and components of the lipid metabolism system). Early identification of clinically significant polymorphisms in genes that cause predisposition to thrombogenic diseases allows for preventive measures and timely diagnosis even before the onset of the clinical picture of the disease, and for patients with an already confirmed diagnosis, genetic diagnostics makes it possible to check the hereditary nature of the disease, select treatment tactics, and predict the risk of developing of adverse drug reactions. This article describes the process of developing the “SNP2-TMG” kit, designed to identify ten genetic markers of susceptibility to thrombogenic diseases (rs1801131, rs6025, rs11549465, rs429358, rs7412, rs1799963, rs6050, rs1799762, rs2010963, and rs1801133), by the minisequencing technique (SNaPshot technology). This kit has passed clinical trials and is approved for medical use.

Molecular BiologyVol. 59(2)
National Academy of Sciences of Belarus (BY), Institute of General and Inorganic Chemistry of National Academy of Sciences of Belarus (BY)
Zero hunger
Openalex Percentile: Top 85%
Mast cells and histamine
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Identification of Genetic Markers of Predisposition to Thrombogenic Diseases by Minisequencing Analysis: Reagent Set “SNP2-TMG” — Irina Haidukevich, А. V. Grudo, et al. · Molecular Biology (2025) | TGRS Research Map | TGRS