Dr. Anita Maheshwari
Dr. Anita Maheshwari is a biochemist with a specialization in metabolic diseases. With over a decade of research experience, her studies have greatly contributed to our understanding of diabetes and obesity. She is a board member of several scientific journals.
Explore the intricacies of aortic cusp sclerosis, its role in aortic stenosis, and novel diagnostic and therapeutic strategies. 🫀 Gain insights for improved clinical outcomes.
Delve into the world of PHGDH antibodies! Discover their biological role, production methods, and revolutionary applications in health and disease. 🧬🔬
Explore the complexities of glioblastoma's five-year survival rate. Discover treatment options, influencing factors, and ongoing research in this critical field. 🧠📊
Discover how microscopes have shaped scientific discovery 🧪, evolving through history while enhancing research methods across biology, chemistry, and beyond. 🔬
Discover the revolutionary advances of 10x Genomics VDJ technology in genomics. Explore its principles, applications, and future prospects. 🔬📊
Dive into how hydration impacts glomerular filtration rate (GFR) 🧊. Explore vital connections between water intake, kidney function, and health outcomes! 💧
Explore germline editing's definition, methods, and ethical dilemmas. Uncover its impact on genetic diseases and future human evolution. 🧬💡
Discover research-backed methods for male reproductive organ enlargement. Explore surgical and non-surgical options, safety, efficacy, and psychological impacts. 📈💡
Explore corneal abnormalities, focusing on keratoconus, dystrophies, and surgery. Understand diagnosis and management strategies for better vision. 🔍👁️
Explore cancer's mechanisms and effects on the body. Uncover its impact on immune response and psychology. Gain in-depth knowledge! 🧬💔
Explore the current state of hepatitis B vaccination, including vaccines, effectiveness, strategies, guidelines, and challenges in immunization. 💉🌍
Explore effective strategies for accelerating cut healing. Understand biological mechanisms, recovery factors, and lifestyle measures for a faster recovery. 🩹🔬