Dr. Neha Joshi
Dr. Neha Joshi is a climatologist whose research concentrates on climate change impacts in the Indian subcontinent. With a background in physics and environmental science, she leads various interdisciplinary projects and has published widely, aiming to inform policy-making and community resilience.
Discover how MRI with contrast enhances the diagnosis of multiple sclerosis. This detailed analysis covers contrast types, their action, and patient care implications. 🧠🩻
Dive into the complex world of human blood plasma! 🩸 Discover its composition, functions, medical significance, and innovative therapeutic advancements.
Explore the connection between amyloidosis and neurological symptoms. Discover insights into mechanisms, clinical signs, diagnostics, and management 🧠💊.
Explore the UVC wavelength, spanning 100-280 nm, its role in disinfection 🌍, water purification 💧, and sterilization. Learn about safety, effectiveness 🚨.
Explore the intricate connection between cervical cancer and lymph node involvement. Learn about spread, diagnosis, treatment, and future research. 🌼🎗️
Explore oxidative stress: its mechanisms, implications on health, and diseases. Discover strategies for mitigation for better cellular function! 🧬💡
Explore Female Sexual Arousal Disorder (FSAD), its causes, symptoms, and treatment options. Understand its impact on women’s sexual health and relationships.💬❤️
Explore traditional Chinese pain relief methods, including acupuncture, Qi Gong, and herbal remedies. Discover their effectiveness and modern applications! 🌿✨
Demystify your sperm analysis report post-vasectomy. Discover key metrics like sperm count, motility, and morphology for informed decisions. 🧬🩺
Explore the role of oral antimicrobials in treating bacterial infections. Understand their mechanisms, effectiveness, and resistance strategies. 💊🔬
Discover the vital role of methyl lysine antibodies in immunology, cancer biology, and epigenetics. Gain insights on their structure, mechanisms, and therapeutic promise. 🧬🔬
Explore the intricate mechanisms of beta-carotene synthesis, its biochemical pathways, and implications for nutrition and health. 🥕 Discover its significance! 🌱