Sentence examples for extensive sex differences from inspiring English sources

This investigation identified extensive sex differences present in the muscle transcriptome at baseline and following acute RE.

The extensive sex differences in control mice in levels of proteins involved in learning/memory illustrate the molecular complexity underlying sex differences in normal neurological processes.

The extensive sex difference in the expression of Z-linked genes would contribute to sexual dimorphism [ 26], which in many cases must be adaptive.

With the extensive sex-differences in both the effects of stress and drugs of abuse, it is likely that stress-systems are involved in the higher vulnerability of females to certain aspects of substance abuse.

However, in contrast to the extensive sex specific differences in rats with males showing pulsatile GH secretion and females showing more continuous GH levels, data on sex specificity of GH secretion in humans is less clear.

There are extensive reports about sex differences in hypothalamic opioid peptide and receptor expression [ 368, 369], which generally support greater numbers of ENK neurons and density of terminals in males in some brain regions and equivalent levels in others.

There is however an extensive body of literature demonstrating sex differences in cholinergic function in the cortex and hippocampus [ 418- 424], and many of these differences are also present in the striatum.

This allowed us to identify extensive sex-specific volume differences missed in earlier studies of Drosophila.

However, despite an extensive literature, the very existence of sex differences remains a matter of discussion while some studies found no sex differences whereas others reported differences that were either congruent or not with gender stereotypes.

An extensive assessment investigating the association between sex differences and neonatal outcomes is lacking.

Our study highlights the need for more extensive and detailed analysis of the effects of sex differences in immune responses at mucosal effector sites.