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Population medical genetics: translating science to the community.

Roberto GiuglianiFernanda BenderRowena CoutoAline BochernitsanAna Carolina Brusius-FacchinMaira BurinTatiana AmorimAngelina Xavier AcostaAntônio PurificaçãoSandra Leistner-SegalMaria-Luiza Saraiva-PereiraLaura Bannach JardimUrsula MatteMariluce RiegelAugusto César Cardoso-Dos-SantosGraziella RodriguesMarcelo Zagonel de OliveiraAlice Tagliani-RibeiroSelia HeckVanusa DreschLavínia Schuler FacciniFrancyne Kubaski
Published in: Genetics and molecular biology (2019)
Rare genetic disorders are currently in the spotlight due to the elevated number of different conditions and significant total number of affected patients. The study of these disorders is extremely helpful for the elucidation of physiological processes related with complex disorders. Isolated populations are instrumental for the study of genetic disorders, considering their homogeneity and high proportion of affected patients in a small geographic area. These favorable conditions lead to the creation of a new discipline, known as "population medical genetics", which integrates medical genetics, population genetics, epidemiological genetics and community genetics. In order to develop practical activities in this new discipline, the National Institute of Population Medical Genetics (INaGeMP) was created in 2008 in Brazil. INaGeMP has developed several tools and funded numerous research activities. In this review, we highlight three successful projects developed in the first 10 years of INaGeMP activities (2008-2018): a newborn screening pilot study for MPS VI in Northeast Brazil, the study of Machado-Joseph disease in Brazilian families with Azorian ancestry, and the high twinning rate in a small town in southern Brazil. The results of these projects in terms of scientific output and contributions to the affected communities highlight the success and importance of INaGeMP.
Keyphrases
  • healthcare
  • end stage renal disease
  • ejection fraction
  • chronic kidney disease
  • newly diagnosed
  • mental health
  • prognostic factors
  • public health
  • south africa
  • dna methylation
  • copy number