Prof. Sameer Joshi
Prof. Sameer Joshi is an interdisciplinary researcher with extensive knowledge in physics and biology, focusing on biophysics and nanotechnology. He is a professor at Pune University and has contributed to various projects bridging the gap between physical sciences and biology.
Explore strategies to boost milk production in cows. Learn about nutrition, genetics, health, and best practices for sustainable dairy farming 🐄🥛
Explore career pathways in environmental microbiology 🌍. Understand roles, skills, and trends shaping the job market. Your guide to opportunities in this field!
Explore essential insights on diabetes, from types and causes to innovative management technologies. Discover how lifestyle choices impact health. 📊💉
Explore the ups and downs of Peter Griffin's weight loss journey in 'Family Guy.' 🥦 Discover the societal impacts and real-life parallels to obesity. 📉
Discover the benefits of Siraitia grosvenorii, or monk fruit. Explore its origins, health properties, cultivation methods, and market trends. 🍈📊
Explore the dire implications of clean water scarcity on health, economy, and environment. Discover causes and practical solutions in this global analysis. 💧🌍
Dive into the fascinating world of sea fucoidan 🌊. Explore its structure, health benefits, and applications in medicine and nutrition. Perfect for the curious mind! 📚
Explore the complex landscape of diseases linked to Hidradenitis Suppurativa. 🌐 Discover insights into its immunological, metabolic, and psychological ties to improve patient care.
Explore the intricate details of emphysema via CT scans. Understand pathology, imaging roles in diagnosis, treatment implications, and latest advancements. 🩻
Discover the vital role of NAD+ in cellular metabolism and its effects on aging and health. Explore pathways, DNA repair, and future therapies. 🔬✨
Explore aluminium injection, a key technique in manufacturing. Discover processes, applications, and innovations that shape industries. 🚀🔩
Explore the ARPE-19 cell line by ATCC, its role in retinal research, and its impact on drug development and ocular disease understanding. 🧬🔍