Dr. Aditi Sharma
Dr. Aditi Sharma is a renowned biologist specializing in molecular genetics, with over 15 years of research experience at prestigious institutions across India and the US. She has authored numerous publications in high-impact journals and is recognized for her contributions to understanding genetic disorders.
Explore the realities of stage 1 lung cancer without treatment. Understand life expectancy, biological factors, symptom progression, and more. 🩺💔
Examine male patients' experiences with female urologists. Discover biases, communication styles, and the dynamics reshaping modern healthcare. 🏥🚻
Discover the causes and symptoms of hyperuricemia, a precursor to gout. Learn how understanding uric acid levels can safeguarding your health. ⚠️🩺
Explore the complexities of spinal neuropathy 🧠. Learn about its mechanisms, diagnosis, and management strategies that impact daily life. Stay informed! 🔍
Explore chronic constipation: its causes, health effects, and management strategies. 🏥 Discover diet, lifestyle, and psychological impacts while finding effective relief! 💡
Explore Acute Myeloid Leukemia in the elderly: pathophysiology, diagnosis, treatment challenges, and the role of personalized care. 🩸💊 Understand its impact on quality of life.
Delve into Tongji University’s history, innovative academic programs, global collaborations, and research impact. 🌏 Discover its role in shaping higher education. 🎓
Explore the multifaceted role of PTK7 in cancer—its mechanisms, implications across cancer types, and the future of targeted therapies. 🧬💡
Explore the complexities of multifocal lung adenocarcinoma staging. Learn about staging systems, imaging techniques, and their impact on prognosis. 🫁📊
Dive into IL17RA: its structure, vital role in immune responses, and implications in diseases. Discover its therapeutic potential for enhanced treatment outcomes! ⚗️🦠
Dive into the intricate landscape of transgender health. This article reviews hormonal therapies, surgical options, and mental health support for trans individuals. 🏳️⚧️
Explore anti-HMGB1 antibodies and their immune roles. Understand their mechanisms, significance in disease, and future therapeutic potentials. 🔬🧬