Dr. Anjali Mehta
Dr. Anjali Mehta is a biochemist with extensive experience in metabolic research and drug discovery. After completing her Ph.D. at the University of Delhi, she has been engaged in various international research collaborations, contributing to over 30 publications in high-impact journals.
Discover how VSL3 probiotics impact colitis management. Learn about their composition, clinical evidence, dosage, side effects, and patient insights. 🌱💊
Discover how powder flow tests evaluate powder behavior in industry. Learn methodologies, key equipment, and implications for product performance. 📊🔍
Explore fibrocystic kidney disease, its causes, symptoms, diagnostic tools, and management options. Early detection is key! 🩺🌟
Dive into carbon capture geoengineering 🌍. Explore its science, methods, ecological effects, ethics, policies, and future in climate mitigation. 📉
Explore catalase activity assay kits, crucial for hydrogen peroxide breakdown. Learn methodology, applications, and insights on results interpretation. 🧪🧬
Explore fluctuating weight's complexities—physiological, psychological, and environmental factors. Gain insights into sustainable health practices and tracking. ⚖️🌱
Explore the role of contrast-enhanced MRI in breast diagnostics. Understand its benefits, mechanisms, limitations, and future potential. 🩻✨
Explore effective methods for surface bacterial testing in this article. Learn about swabbing, ATP testing, and culture techniques, along with their applications in hygiene. 🦠🔬
Delve into the intricate relationship between vasectomy and prostate cancer risk. ⚖️ This article reviews studies, biological mechanisms, and risk factors. 🔍
Dive into the role of uric acid in human health. Explore its biochemical nature, causes of elevation, dietary influences, and management strategies. 🧬🥗
Discover the role of botanical insecticides in pest management. 🌱 Explore their origins, mechanisms, and benefits in sustainable agriculture. 🌍
Explore how climate change exacerbates gender inequality, impacting women's roles in sustainability. Discover pathways for inclusive climate action. 🌍♀️