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.
Uncover the top probiotics for chickens! 🐔 Explore their benefits, science, and how to choose the right one for optimal poultry health and productivity. 🌿
Explore the intricate diagnosis of hypogonadism in males. Understand symptoms, tests, and modern criteria. Delve into future trends. 🔍💡
Explore the complex landscape of diseases linked to Hidradenitis Suppurativa. 🌐 Discover insights into its immunological, metabolic, and psychological ties to improve patient care.
Prepare for case interviews with our in-depth guide! 🚀 Develop essential skills, apply methodologies, and follow a 30-day plan for success in investment banking roles!
Explore strategies to boost milk production in cows. Learn about nutrition, genetics, health, and best practices for sustainable dairy farming 🐄🥛
Discover the solar energy flower 🌻—a groundbreaking blend of nature-inspired design and sustainable tech. Explore its potential for eco-friendly energy solutions! ⚡🌎
Explore the transparency of crystals in this detailed analysis. Discover their unique structures, optical properties, and real-world applications.🔍✨
Explore Fetal Alcohol Spectrum Disorder’s (FASD) multifaceted effects on individuals and communities. Gain insights on prevention, intervention, and societal responsibilities. 🤔👶
Explore the intricate details of emphysema via CT scans. Understand pathology, imaging roles in diagnosis, treatment implications, and latest advancements. 🩻
Explore aluminium injection, a key technique in manufacturing. Discover processes, applications, and innovations that shape industries. 🚀🔩
Discover the future of energy storage with fast charge lithium-ion batteries. Learn about their technology, performance, and real-world applications. ⚡🔋
Explore the ARPE-19 cell line by ATCC, its role in retinal research, and its impact on drug development and ocular disease understanding. 🧬🔍