ZNF483 (zinc finger protein 483) is a transcription factor that plays important roles in reproductive development and cellular regulation. The protein functions as a DNA-binding transcription factor with RNA polymerase II-specific activity, localizing to the nucleus where it regulates transcription 1. In reproductive biology, ZNF483 genetic variants are associated with pubertal timing, particularly age at thelarche and menarche, with rare loss-of-function variants capable of abolishing polygenic risk effects on pubertal development 231. Beyond reproductive function, ZNF483 acts as part of the TRIM28/KRAB-ZNF regulatory network that maintains pluripotency in human stem cells by epigenetically repressing pro-differentiation genes through H3K9me3 histone modifications and DNA methylation 4. The gene shows clinical significance across multiple diseases: it has been identified as a potential autism spectrum disorder risk gene in Chinese populations 5, exhibits altered expression in response to extracorporeal shock wave therapy in horses 6, serves as a prognostic marker in prostate cancer 7, and shows relapse-specific alterations in B-cell precursor acute lymphoblastic leukemia 8. These diverse associations suggest ZNF483 functions as a broad transcriptional regulator with particular importance in developmental timing and disease pathogenesis.