Exosome Therapy for Skin & Hair Regeneration in India
Explore how exosome therapy is revolutionising dermatology in India. This guide covers how it works for skin texture, hair growth, safety, and why results vary.
Explore how exosome therapy is revolutionising dermatology in India. This guide covers how it works for skin texture, hair growth, safety, and why results vary.
Japanese scientists develop enhanced Vitamin K analogs that cross the blood-brain barrier, showing triple the potency in growing neurons. A breakthrough for neurodegenerative diseases like Alzheimer's. Read more.
Discover the liver's incredible ability to regenerate itself, the science behind its healing process, and the critical conditions under which this power fails. Learn why early action is vital.
Chennai researchers develop a cell-free bilayer scaffold that regenerates both cartilage and bone in joint injuries, offering a promising new treatment for arthritis and trauma. Read about the breakthrough.
Notre Dame professor Ettore Maria Mazzola emphasized balancing urban regeneration with cultural identity at an IIA Bihar lecture. Learn how Indian cities can grow without losing their soul.
Notre Dame professor Ettore Maria Mazzola emphasizes urban conservation to maintain regional identity during regeneration. Learn how Indian cities can balance development with heritage.
Discover the science behind a lizard's ability to detach and regrow its tail. Learn how this clever survival trick works and the costs involved. Read more about nature's ingenious design.
Discover 5 incredible animals that survive without brains using nerve nets and instincts. Jellyfish, starfish, and sea sponges prove intelligence isn't always necessary for survival in nature.
Tech entrepreneur Bryan Johnson says his anti-ageing regimen has reversed his biological age. Discover his biomarkers and the internet's mixed reactions to his viral claims.
Indian researchers develop breakthrough technique converting body fat into bone-forming cells to heal spinal fractures. Revolutionary approach promises new hope for osteoporosis patients.
Groundbreaking research reveals an existing medication could revolutionize paralysis treatment by regenerating spinal cord cells. Scientists discover unexpected regenerative properties in a known drug.