This article explains how AI-discovered medicines progress from algorithms to patients through validation, trials, regulation, and clinical adoption.

This article explores selective sodium-channel analgesics, especially suzetrigine, and examines their potential to transform pain management with effective non-opioid alternatives

This article explores selective sodium-channel analgesics, especially suzetrigine, and examines their potential to transform pain management with effective non-opioid alternatives

Non-ICANS neurologic events following BCMA-directed CAR-T therapy are uncommon but require extended monitoring beyond the acute treatment phase. Real-world evidence supports biomarker-driven surveillance using peak ALC and structured neurological assessments to improve early detection and patient safety.

This article examines how AI-assisted genomic interpretation shortens rare disease diagnosis, improves variant prioritisation, and may accelerate precision medicine in India.

Wearable on-body injectors are transforming oncology by replacing lengthy intravenous infusions with fast, subcutaneous drug delivery. This innovation improves patient convenience, increases clinical efficiency, and supports the growing shift toward decentralized and home-based cancer care.

This article explains how spatial omics maps tumour biology in context, improving biomarker discovery, treatment selection, and understanding of cancer heterogeneity

Regenerative medicine is transforming diabetic foot ulcer treatment by promoting angiogenesis, tissue regeneration, and faster wound healing beyond conventional wound care. While PRP and placental-derived biological matrices are increasingly used in clinical practice, stem cell and gene therapies remain investigational in India and are currently available only through approved clinical trials.

This article reviews the current clinical reality of 3D bioprinting, highlighting progress, limitations, and realistic timelines across medical specialties.

Artificial Intelligence is transforming cardiovascular medicine from a reactive specialty into a preventive discipline. Clinic-ready tools such as AI-enhanced ECGs, intelligent cardiac imaging, and digital stethoscopes enable earlier detection of heart disease, streamline clinical workflows, and improve patient outcomes while complementing physician expertise.