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Dr. Amit Khanna

Dr. Amit Khanna is an applied physicist whose work in nanotechnology has led to significant advancements in materials science. He has numerous publications and has worked extensively on energy-related applications of nanomaterials.
Visual representation of network alignment principles
Visual representation of network alignment principles
Discover network alignment's significance across disciplines. Learn strategies, applications, challenges, and future trends in research and collaboration. πŸ”—πŸŒ
Illustration depicting the biochemical pathway of creatinine metabolism
Illustration depicting the biochemical pathway of creatinine metabolism
Explore how creatinine levels impact prostate cancer outcomes and management. 🧬 Uncover insights from research and clinical perspectives on renal biomarkers. 🩺
Spectrometer in a laboratory setting analyzing DNA samples
Spectrometer in a laboratory setting analyzing DNA samples
Explore the innovative world of DNA analysis through spectrometry. This article discusses techniques, applications, and breakthroughs in genomics. πŸ”¬πŸ“Š
Neural pathway illustration highlighting the impact of chemotherapy
Neural pathway illustration highlighting the impact of chemotherapy
Explore effective strategies for managing chemotherapy-induced peripheral neuropathy (CIPN). 🩺 Learn about pharmacologic, non-pharmacologic & integrative approaches to improve patient outcomes. 🌟
Exterior view of Morley College showcasing its architecture
Exterior view of Morley College showcasing its architecture
Discover Morley College's rich history, diverse academic programs, and its vital role in adult education. Uncover how it shapes local and national learning. πŸŽ“πŸ“š
An abstract representation of ketamine's molecular structure
An abstract representation of ketamine's molecular structure
Explore how ketamine's unique properties may impact multiple sclerosis treatment. Uncover its effects on pain and mental health, and future research directions! πŸ§ πŸ’Š
Structural representation of Darpin binding proteins
Structural representation of Darpin binding proteins
Explore Darpin, innovative engineered binding proteins. Learn their structure, mechanisms, therapeutic uses, and future implications for molecular biology.πŸ”¬πŸ’‘
Detailed analysis of clinical diagnosis
Detailed analysis of clinical diagnosis
Explore the essential aspects of clinical diagnosis, including methods and challenges in healthcare. Learn about patient history, errors, and technology. πŸ©ΊπŸ“Š
Visual representation of the blood sugar index concept
Visual representation of the blood sugar index concept
Explore the blood sugar index, its role in health & nutrition. Learn about measuring methods, glycemic load vs. index, & strategies for stable blood sugar levels! πŸŽπŸ“Š
Illustration of secretor status concept
Illustration of secretor status concept
Unlock the secrets of secretor status! 🧬 This guide covers collection kits, methodologies, and implications for health, genetics, and nutrition. πŸ”¬
Illustration depicting the physiological aspects of prostate fatigue
Illustration depicting the physiological aspects of prostate fatigue
Explore prostate fatigue: its causes, symptoms, and effects on men’s health. Understand its implications for well-being and treatment options. 🧠πŸ’ͺ
Innovative transdermal glucose sensor technology
Innovative transdermal glucose sensor technology
Explore the world of transdermal glucose sensors and their vital role in managing diabetes. Discover innovations, challenges, and future directions in healthcare technology. πŸ©ΊπŸ’‘