Dr. Arjun Bhatia
Dr. Arjun Bhatia is an astrophysicist specializing in cosmology and dark matter. He has published several influential papers that have advanced the understanding of the universe’s formation and evolution.
Explore the phospho Beclin 1 antibody's crucial role in regulating autophagy and its applications in research and clinical settings. 🔬 Understand its potential in disease mechanisms.
Explore how near-cell stimuli influence cellular behavior, impacting communication and response mechanisms. Learn about research methods and key findings. 🧬🔬
Explore how yeast models enhance cancer research 🔬, unraveling molecular mechanisms and aiding therapeutic strategies. Delve into future trends and challenges.
Discover the intriguing memory plant, a concept merging biology and neuroscience. Explore plant intelligence, epigenetics, and their link to memory. 🌱🧠
Explore the link between psoriasis and skin cancer, including risk factors, treatment options, and lifestyle influences. Stay informed for better skin health. 🩺🔍
Discover comprehensive insights into atrial fibrillation treatment strategies guided by NICE. Explore pharmacological and non-pharmacological options! 💉❤️
Discover ways to enhance kidney function through treatments, lifestyle changes, and recent research. 🩺 Explore your options for better renal health! 🌿
Explore the causes, symptoms, and treatments of mouth inflammation. Learn about conditions like stomatitis and their links to overall health. 🦷🌡️
Explore the intricacies of multiple GIST tumors with insights into their biology, diagnosis, and treatment. Stay updated on the latest trends in research! 🩺📚
Explore the complexities of amyloidosis and discover the crucial role of blood work in diagnosing and managing this rare disease. 🩸 Learn about the key biomarkers and their implications for treatment.
Explore the operational principles and design of ultrasonic power supply systems. Uncover applications in industrial & medical fields. 🔍⚡️
Explore the essential role of astrocyte cell lines in neuroscience. Understand their implications in glial function, neurodegeneration, and brain health. 🧠🔬