Dr. Priya Rajesh
Dr. Priya Rajesh is a highly regarded chemist with a focus on organic synthesis and materials chemistry. With a Ph.D. from IIT Bombay, she has made significant contributions to green chemistry and the development of sustainable materials.
Explore recent advancements in lung cancer research highlighted in NEJM. Understand its biology, treatment innovations, and future therapeutic implications. 💉📚
Explore the survival rates of metastatic lung cancer and the factors impacting prognosis and treatment. Discover insights on personalized medicine and emerging research. 🌟📊
Discover the ketotop patch—a pioneering method for transdermal drug delivery. Explore its formulation, mechanisms, applications, and advantages. 💉🔬
Discover how Rebif, an interferon beta therapy, works to manage multiple sclerosis. Explore its biochemical interactions and effects on the immune system. 🧠💊
Explore the complexities of myotonic dystrophy inheritance patterns 🌐. Understand genetic mechanisms, diagnostic methods, and future research directions. 🧬
Explore New Zealand's rehabilitation centres: their structure, treatment types, cultural influences, and the critical challenges they face. 🏥🧠
Explore LuminWaves, an innovative platform for scientific research. Delve into various disciplines and understand the importance of science literacy. 🌐🔬
Explore the intricacies of the Adult ADHD Clinical Diagnostic Scale 🧠. Discover its development, use in practice, and importance for accurate diagnoses. A must-read!
Explore exosome isolation from cell cultures! Learn techniques, advantages, and tips for effective purification and characterization of these crucial vesicles. 🧬🔬
Discover the complexities of SSRI therapy 🌱. Explore its mechanisms, patient impacts, efficacy, side effects, and future prospects in mental health treatment.
Explore targeted cancer therapy, a cutting-edge approach tailored to individual tumors. Learn about its benefits, unique mechanisms, and ongoing research! 🧬💡
Discover the intricate pathophysiology of heart failure. Explore neurohormonal activation, myocardial function, and vascular changes. 🫀🔍 Learn how these factors impact treatment.