Dr. Neha Mehta
Dr. Neha Mehta is a specialist in cell biology and genetics, with a focus on stem cell research. With a strong background from the University of Mumbai, she has collaborated on multiple high-impact studies aiming to unlock the potential of regenerative medicine.
Discover the critical role of energy mines in today’s energy landscape. Explore types, processes, and innovations shaping their impact on sustainability and energy security. ⚡🌍
Discover how heart rate variability (HRV) influences the parasympathetic nervous system. Explore its role in health, wellness, and clinical applications. ❤️🧠
Discover the vital role of carbon fiber in 3D printing! 🛠️ Explore its unique properties, diverse applications, and how it's transforming manufacturing. 🌍
Explore the causes and implications of hematuria post-radiation therapy. Understand how radiation impacts urinary health and necessary interventions. 🩸🩺
Explore the critical effects of metastatic breast cancer left untreated. Understand the health, emotional, and societal challenges involved. ⚠️💔
Discover how TJ nutrition can enhance vagus nerve function. Explore anatomy, nutrition strategies, and research findings for improved health outcomes. 🌱🧠
Explore the complexities of splenic bleed, including mechanisms, management strategies, and treatment outcomes. Learn essential practices for improved patient care. 🩺💉
Explore the stages of invasive breast cancer comprehensively. This guide offers insights into cancer classification, characteristics, and treatment implications. 🎗️
Discover the role of DMSO in breast cancer treatment. Explore its effects, compatibility with existing therapies, safety, and promising research. 💉✨
Explore the complexities of Stage IV COPD, its characteristics, treatments, and the impact on patients' lives. Gain insights to improve care. 🌬️💡
Explore TSH screening's role in thyroid health 🦋. Understand production, methods & implications for overall well-being. Insights for health professionals & informed readers.
Discover the properties and reactions of benzene sulfonic compounds. Explore their applications in industries, environmental impact, and future trends. ⚗️📊