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There is increasing evidence for the involvement of epigenetics in sex determination, maintenance, and plasticity, from plants to humans. In our previous work, we reported a transgenerational feminization of a zebrafish population for which the first generation was exposed to cadmium, a metal with endocrine disrupting effects. In this study, starting from the previously performed whole methylome analysis, we focused on the  zbtb38  gene and hypothesized that it could be involved in sex differentiation and Cd-induced offspring feminization. We observed sex-specific patterns of both DNA methylation and RNA transcription levels of  zbtb38 . We also discovered that the non-coding exon 3 of  zbtb38  encodes for a natural antisense transcript (NAT). The activity of this NAT was found to be influenced by both genetic and environmental factors. Furthermore, increasing transcription levels of this NAT in parental gametes was highly correlated with offspring sex ratios. Since  zbtb38  itself encodes for a transcription factor that binds methylated DNA, our results support a non-negligible role of  zbtb38  not only in orchestrating the sex-specific transcriptome (i.e., sex differentiation) but also, via its NAT, offspring sex ratios.

epigenetics

Sex-specific DNA methylation and transcription of  zbtb38  and effects of gene–environment interactions on its natural antisense transcript in zebrafish