Digital tools could make egg freezing choices clearer, but population averages are not personal forecasts. New outcome data show what responsible fertility technology should explain.
New research shows both sides of digital women’s health: wearables may anticipate relevant behaviour, while menstrual tracking can create privacy and interpretation risks.
An investigational GLP-1 pill produced similar weight-loss results before, during and after menopause. The finding is encouraging, but important evidence gaps remain.
A urine and vaginal-fluid test may offer a less invasive first step for postmenopausal bleeding. The promise is fewer procedures, not diagnosis without clinical follow-up.
New imaging and virtual-cell tools could reveal pelvic tissue damage and predict breast cancer drug response. Their clinical value will depend on rigorous validation.
Menopause technology is advancing faster than the clinical infrastructure around it. Better symptom records could support safer, more individualised care.
New diagnostic standards could make heart attacks easier to recognise in women. The key advance is not a new device, but more precise interpretation of existing tests.
New hormone tools promise a closer view of reproductive biology. Environmental exposure research shows why useful interpretation will require context, repeated data and restraint.
Period tracking could improve recognition and monitoring of PMOS, but useful FemTech must combine longitudinal symptom data with clinical caution and strong privacy.
Risk-based breast screening and AI models for early puberty show how women’s health is becoming more personalised, while exposing challenges in data, validation and access.
AI-supported platforms are connecting menopause, sleep, weight and metabolic care. Their value will depend on female-specific evidence, clinical oversight and privacy.