Dr. Neeta Singh
Dr. Neeta Singh is a botanist with a focus on plant physiology and conservation biology. With 10+ years of research experience, she has dedicated her career to understanding plant resilience in changing climates and has authored several influential papers.
Explore the genetic factors behind brain aneurysms π§ . Discover hereditary risks, specific genes, and innovations in genetic testing for informed diagnosis and treatment.
Explore Light Deficiency Syndrome: its causes, effects on health, and solutions. Discover strategies to enhance natural light exposure for better well-being! ππ
Explore the evolving field of cognitive neuroscience π§ . Discover its methodologies, key insights, and the future of understanding cognition and disorders. π
Explore the impact of autonomic neuropathy in diabetes. Discover pathophysiology, symptoms, and management strategies for improved patient outcomes. π©Ίπ
Explore ancient Egyptian pottery πΊ, its craftsmanship, functionality, and cultural significance. Discover how these vessels reflect daily life and beliefs.
Explore VAT loans: their mechanism, applications, benefits, and drawbacks in business finance. Understand eligibility and cash flow impact. π°π
Explore the complex dynamics of B cell follicles in the adaptive immune response. Learn about antibody production, memory formation, and potential therapies. π§¬π
Discover how a balanced gut biome influences your physical, mental, and metabolic health. Explore the role of diet, probiotics, and disease prevention! π₯¦β¨
Explore Charcot-Marie-Tooth disease and its effects on foot health. Learn about symptoms, diagnosis, and treatments of this complex condition. π¦Άπ
Explore gout and metabolic syndrome connections. Uncover definitions, causes, and shared risk factors. Learn about treatment and lifestyle changes. π©Ίπ¦Ά
Explore how parathyroid hormone (PTH) transforms osteoporosis treatment. Discover its bone remodeling effects, clinical outcomes, and innovative research. ππ
Explore the intricate dynamics of grassland ecosystems and their climate impacts. Discover the roles of temperature, precipitation, and conservation efforts. πΎπ