Gut microbiota-mitochondria axis offers a dual-targeted therapeutic framework for gynecological diseases
Gut Health and Mitochondria May Impact Gynecological Diseases
This systematic review explores the gut microbiota-mitochondria axis and its role in metabolism, immunity, and endocrine regulation in condi…
New research explores how the link between gut bacteria and cell energy could offer new ways to treat conditions like PCOS and endometriosis…
Immunomodulatory interventions targeting the ovarian immune microenvironment may address functional decline in aging and POI
Immune system changes drive ovarian aging and fertility decline
This systematic review examines how dysregulation of the local ovarian immune microenvironment, including Treg/Th17 balance and macrophage p…
New research identifies how the immune environment in the ovaries drives age-related decline and may offer a path for new treatments.
Narrative Review Synthesizes Evidence on Extracellular Vesicles for Premature Ovarian Insufficiency and Testicular Damage
Review of stem cell vesicles for ovarian and testicular failure in lab models
This narrative review synthesizes preclinical evidence regarding extracellular vesicles derived from mesenchymal stem cells for conditions l…
Stem cell-derived vesicles restore fertility and hormone balance in lab models of ovarian and testicular failure without the risks of live-c…
Autologous ovarian grafting may preserve ovarian function in young cervical cancer patients undergoing pelvic radiotherapy
Small trial tests ovarian tissue graft to protect hormone function during cervical cancer radiation
An exploratory phase II randomized trial of 22 women aged ≤35 years with locally advanced cervical cancer found that at six months, 85% of p…
A new trial shows grafting ovarian tissue before cervical cancer radiation kept 85% of young patients' hormone levels normal and prevented e…