Epidemiological studies suggest testosterone may contribute to sex-specific NP differences.

Variations in gene expression may contribute to sex-related differences in the prevalence of certain corneal diseases.

Conclusions: These findings may have implications for understanding how inflammation may contribute to sex differences in rates of depression.

Conclusions: Our findings suggest sex-dependent gene regulation in response to nerve injury, which may contribute to sex dimorphism of trigeminal neuropathic pain.

We tested the hypothesis that cerebrovascular aromatase contributes to sex differences in cerebrovascular endothelial function.

These results suggest that greater necrotic cell death in male SHR exacerbates maturation-induced increases in BP with age contributing to sex differences in BP.