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Whole-exome sequencing of Nigerian benign prostatic hyperplasia reveals increased alterations in apoptotic pathways.

Jason A WhiteErnest T KaninjingKayode A AdenijiPaul JibrinJohn O ObafunwaChidiebere N OgoFaruk MohammedAdemola Alabi PopoolaOmolara A FatiregunOlabode P OluwoleRoland J ThorpeBalasubramanyam KaranamIsra ElhussinStefan AmbsWei TangMelissa DavisPaz PolakMoray J CampbellKathryn R BrignoleSolomon O RotimiWindy Dean-ColombFolake T OdedinaClayton C Yates
Published in: The Prostate (2024)
NGRn BPH contained significant germline alteration interactions (BRCA2_rs11571831 and TP53_rs1042522) and increased somatic alteration frequencies (LMTK2, LRP1, COL18A1, CABP1, and FKBP1C) that impact apoptosis. Normal prostate development is maintained by balancing apoptotic and proliferative activity. Dysfunction in either mechanism can lead to abnormal prostate growth. This work is the first to examine genomic sequencing in NGRn BPH and provides data that fill known gaps in the understanding BPH and how it impacts men of African ancestry.
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