Author: McCoy, John; Wambier, Carlos G.; Vanoâ€Galvan, Sergio; Shapiro, Jerry; Sinclair, Rodney; Müller Ramos, Paulo; Washenik, Kenneth; Andrade, Murilo; Herrera, Sabina; Goren, Andy
Title: Racial Variations in COVIDâ€19 Deaths May Be Due to Androgen Receptor Genetic Variants Associated with Prostate Cancer and Androgenetic Alopecia. Are Antiâ€Androgens a Potential Treatment for COVIDâ€19? Cord-id: rk6h1vka Document date: 2020_4_25
ID: rk6h1vka
Snippet: Racial disparities in COVIDâ€19 infection rates and disease severity are due to a multifactorial etiology that can include socioeconomic as well as other factors. Nevertheless, genetic factors in different ethnic groups often contribute to disease severity and treatment response. In particular, the frequency of genetic variations in the androgen receptor differs by ethnicity and gender. For example, the increased prevalence of prostate cancer and androgenetic alopecia among African Americans co
Document: Racial disparities in COVIDâ€19 infection rates and disease severity are due to a multifactorial etiology that can include socioeconomic as well as other factors. Nevertheless, genetic factors in different ethnic groups often contribute to disease severity and treatment response. In particular, the frequency of genetic variations in the androgen receptor differs by ethnicity and gender. For example, the increased prevalence of prostate cancer and androgenetic alopecia among African Americans correlates with the frequency of these variants. In this communication, we propose that androgens may be implicated in COVIDâ€19 disease severity. As such, special attention may need to be given to African Americans infected by the SARSâ€CoVâ€2 virus. Finally, if a link to genetic variations in the androgen receptor and COVIDâ€19 disease severity can be established, it would suggest new treatment options.
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