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.
Discover an in-depth analysis of rapid PCR testing. Explore the accuracy, clinical implications, and factors affecting results in diagnosing infections. 🧬🔍
Explore globe transmission in contemporary science. Understand its role in physics and earth sciences, empirical studies, and technological advancements. 🔍🌍
Explore the Oncotype Score's role in breast cancer treatment. Understand its significance, methodology, limitations, and future research. 🩺📊
Explore the latest advances in endometrial cancer detection, uncovering challenges, technologies, and screening guidelines. 🩺 Learn how these impact women's health. 🌸
Explore effective exercise routines and dietary strategies for rapid weight loss in just two days. Discover safe, science-backed methods! 🏋️♂️🍏
Explore the world of X-Ray Diffraction (XRD) testing. Uncover its principles, methodologies, applications, and limitations in science. 🔍📊
Explore the latest in genetics with breakthroughs, innovations, and ethical discussions 🧬. Understand its impact on medicine, agriculture, and society 🌱.
Explore the outcomes of bariatric surgery in patients with inflammatory bowel disease (IBD). Analyze techniques, complications, and tailored care strategies. 🏥✨
Dive into 3D laser scanning confocal microscopy 🌌. Explore its principles, diverse applications, and advantages over traditional methods for cutting-edge scientific breakthroughs 🔬.
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 rivaroxaban in treating pulmonary embolism (PE). Learn about its pharmacology, efficacy, safety, and guidelines. 🩺🫁
Discover the essential functions of collagen in connective tissue 🦴. Analyze its types, synthesis, and roles in health, disease, and aging. Explore therapeutic advances!