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Hereditary genetic diseases are caused by inherited mutations, but environmental factors can significantly influence their onset, severity, and progression. Understanding the interplay between genetics and environmental exposures is crucial for developing preventive strategies and personalized treatments. This article discusses various methods used to study the impact of environmental factors on genetic diseases, including epidemiological studies, twin studies, genome-wide association studies (GWAS), epigenetic research, and animal models. Each method provides unique insights into gene-environment interactions, contributing to the broader understanding of disease mechanisms

  • Read count 7
  • Date of publication 06-04-2025
  • Main LanguageIngliz
  • Pages 53-56
English

Hereditary genetic diseases are caused by inherited mutations, but environmental factors can significantly influence their onset, severity, and progression. Understanding the interplay between genetics and environmental exposures is crucial for developing preventive strategies and personalized treatments. This article discusses various methods used to study the impact of environmental factors on genetic diseases, including epidemiological studies, twin studies, genome-wide association studies (GWAS), epigenetic research, and animal models. Each method provides unique insights into gene-environment interactions, contributing to the broader understanding of disease mechanisms

№ Name of reference
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