Efforts are underway to translate the findings to humans by using in-building imaging facilities to run parallel rodent and human MRE studies, with the goal of adding under a minute to standard MRI exams.

Plans emphasize translating findings to humans while accounting for species differences and practical clinical needs, such as speeding the scan and integrating MRE with routine MRI workflows.

Researchers are conducting concurrent rodent and human imaging to translate the approach, aiming to make MRE a routine part of MRI without significantly extending scan time.

Published in Brain Communications, the study suggests brain adaptation across the reproductive cycle with region-specific engagement, and it seeks to extend these findings to humans.

UD’s in-building human and animal imaging facilities are highlighted as a key advantage for cross-species collaboration and accelerating translational steps.

The study used MRE to observe estrogen-dependent mechanical changes in the rat hippocampus, establishing groundwork for how hormonal shifts affect brain health across life stages.

Future work will explore mechanical changes during menopause, testing whether estrogen depletion creates a mechanical “stuck state” that could contribute to cognitive symptoms like brain fog in menopause models.

Ultimately, brain mechanics are presented as a complementary readout to chemistry and circuitry for understanding hormone-driven brain remodeling across reproductive life stages.