These late-stage therapies span obesity, diabetes, hypertension, and allergy care, offering new mechanisms and delivery formats that could reshape patient treatment.
After decades of slow progress, advances in molecular profiling and organoid technology are creating new pathways for non-invasive diagnosis and targeted treatment of endometriosis.
Direct evidence of cardiomyocyte division in living human tissue reframes long-held assumptions about cardiac irreversibility, while underscoring how far therapies still have to go.
Without standardized, strain-level analysis, and clinically meaningful benchmarks, microbiome science will struggle to move from research into routine care.
A new drug may restore sexual function for men for months after just three days of dosing, offering hope for those who don’t respond to existing therapies.
As nearly 90 percent of drugs fail in human trials, researchers are turning to patient-derived cells, engineered tissues, and AI to better predict human responses and reduce costly late-stage failures.