Dr. Anil Bhatia
Dr. Anil Bhatia is a chemist with expertise in organic chemistry and pharmaceutical formulations. With over two decades of experience in both academia and industry, he has developed several patented compounds and has a track record of impactful research in drug development.
Explore Type 1 Diabetes treatment options, from insulin therapies to lifestyle changes. Understand the latest tech advancements in managing this condition. 🩺💡
Discover the potential of Divon Gel in clinical and cosmetic applications. Explore its mechanism, efficacy, safety, and future trends. 🧴💉
Discover the significance of Mean Platelet Volume (MPV) in health and disease 🩸. Learn how MPV levels relate to inflammation and cardiovascular risks. 🤔
Explore the vital link between iodine and asthma. Discover how this essential mineral affects thyroid function, immune responses, and respiratory health. 🌿💨
Explore the crucial role of canine clinical trials in veterinary medicine and translational research. Discover methods, ethics, and advancements! 🐾🧪
Explore the role of C-reactive protein (CRP) in inflammation. Discover its clinical relevance, elevation mechanisms, and impact on patient management. 🔬📈
Explore the critical issue of the sixth great extinction caused by human activities. Discover its drivers, effects on biodiversity, and urgent conservation needs. 🐾🌍
Discover how vitamin B12 impacts sleep health and helps manage insomnia. Learn about its role, dietary sources, and effects of deficiency for better sleep. 🌙💊
Explore new antipsychotic medications in this comprehensive review. 🧠 Discover their mechanisms, efficacy, safety profiles, and impact on mental health care. 💊
Explore in-depth Pompe disease treatment options, focusing on enzyme replacement therapy and new alternatives. Stay updated with emerging research and advancements! 💉🔬
Explore the diverse functionalities of wearable monitors! Learn how they are reshaping health monitoring and their implications in research. 📈👩⚕️
Explore the CD16 marker in immunology. Learn about its role in immune responses, cellular expression, and advancements in therapeutic research. 🔬🦠