Prof. Kavita Joshi
Prof. Kavita Joshi is an astrobiologist with a keen interest in extreme environments and the potential for life on other planets. With over 10 years in academic research and outreach, her work seeks to understand life's resilience and its implications for future space exploration.
Explore how human actions shape ecosystems in 'Titan Environmental.' 🌍 Discover sustainable practices, advanced tech solutions, and policy impacts. 🌱
Explore the complexities of endocrine resistant breast cancer. Delve into biological mechanisms, clinical implications, and innovative treatment strategies. 💉🔬
Explore the complexities of anemia, focusing on its causes, diagnosis, and impact on health. 🍎 Understand lifestyle, diet & disease connections to improve outcomes. 🩸
Explore the intriguing phenomena of stroke spontaneous recovery. Discover biological mechanisms, influences on recovery, and practical implications for rehabilitation. 🧠💪
Discover how selenium influences prostate health! 🌱 Dive into potential benefits, risks of deficiency, and the latest research findings on this essential mineral. 🔬
Explore Transitional Cell Carcinoma (TCC) of the bladder. Understand its risks, clinical signs, diagnostic steps, treatment options, and future research trends. 🔍💉
Explore the intriguing world of dirty romantic novels. Uncover their themes, cultural significance, and psychological impacts. 📚❤️ Delve into character development and societal reflection!
Explore the complexities of AML integration in finance. 🌍 Understand regulations, tech advancements, and real-world case studies. Protect institutions from financial crimes! ⚖️
Discover the top innovations in dental surgical handpieces. Learn how precision and efficiency transform dental procedures for better outcomes! 🦷✨
Explore the key sources of greenhouse gas emissions, from fossil fuels to agriculture. Learn how to mitigate impacts on climate change. 🌍🌱
Discover how patent foramen ovale (PFO) relates to migraines. Explore heart structure, physiological mechanisms, and promising treatment options. 🩺🧠
Discover the transformative role of ultrasonic soldering in manufacturing. Explore its principles, benefits, and groundbreaking applications in the electronics sector. 💡🔧