Dr. Neha Patel
Dr. Neha Patel is a physicist with a focus on renewable energy technologies. With over 10 years in the field, she has collaborated on various international projects and has been published in leading scientific journals.
Explore diverse aquatic ecosystems 🌊, from rivers to coral reefs 🌴. Discover their biodiversity, ecological roles, and the impacts of human activity 🌍.
Discover the essential functions of collagen in connective tissue 🦴. Analyze its types, synthesis, and roles in health, disease, and aging. Explore therapeutic advances!
Explore the transformative applications of Lidar scanning technology! 🚀 Discover its impact on industries like urban planning, archaeology, and environmental monitoring. 🌍
Explore the link between Prilosec and kidney disease. Analyze studies, risk factors, and treatment options. Essential insights for informed patient care.🔍💊
Explore the role of speech therapy in dyslexia treatment. Uncover strategies, research, and case studies to enhance learning skills for dyslexic individuals. 📚🧠
Explore the complexities of rheumatologic diseases, their classifications, etiology, management strategies, and future research with in-depth analysis. 🔍🩺
Explore naltrexone's pharmacological effects, its use in addiction therapy, and key insights on its implications for drug testing. 🔍💊 Stay informed on vital protocols.
Explore the essentials of carbon credits for individuals 🌱. Learn how to obtain them, their role in reducing your carbon footprint, and the benefits & limitations involved.
Explore the outcomes of bariatric surgery in patients with inflammatory bowel disease (IBD). Analyze techniques, complications, and tailored care strategies. 🏥✨
Dive deep into sensoric tests, exploring methodologies and applications in psychology, neuroscience, and consumer science. Enhance your understanding! 🔍🧠
Explore the role of plant sterols in cholesterol reduction! Learn about dietary sources, mechanisms, benefits, and potential side effects. 🌿📊
Explore the Oncotype Score's role in breast cancer treatment. Understand its significance, methodology, limitations, and future research. 🩺📊