Nanobiotechnology for Clinical Adoptability and Application
Redigert av Narendra Kumar, PhD , Department of Bioscience and Biotechnology, Rajasthan, India) Sharma, Vipin, PhD Ranga, Tikam Chand, PhD Dakal, Pawan Kumar , India) Maurya, 2026.
Nanobiotechnology for Clinical Adoptability and Application offers an overview of bioanalytical methods and medical biotechnological applications in diagnostic and therapeutics. The book discusses modern concepts and bioanalytical methodologies in nanoscience and nanobiotechnology and their integration in real-time point-of-care applications which has emerged as a significant area of industrial research. It explores medical diagnostic use of different imaging and biosensing technologies, including biochemical methods, electrochemical sensors to detect infectious diseases, and microfluidics-based bioanalytical systems. It also covers biotechnological approaches to experimental therapeutics and theranostics.
Ethical and regulatory considerations in biomedicine and medical diagnostics round out the coverage making this book a valuable resource for researchers, faculty, post-graduate students and professionals in biotechnology, biochemistry, nanotechnology, biomedical engineering, medicine, pharmaceutical sciences, or any related biomedical discipline.
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Nanobiotechnology for Clinical Adoptability and Application
Redigert av Narendra Kumar, PhD , Department of Bioscience and Biotechnology, Rajasthan, India) Sharma, Vipin, PhD Ranga, Tikam Chand, PhD Dakal, Pawan Kumar , India) Maurya, 2026.
Nanobiotechnology for Clinical Adoptability and Application offers an overview of bioanalytical methods and medical biotechnological applications in diagnostic and therapeutics. The book discusses modern concepts and bioanalytical methodologies in nanoscience and nanobiotechnology and their integration in real-time point-of-care applications which has emerged as a significant area of industrial research. It explores medical diagnostic use of different imaging and biosensing technologies, including biochemical methods, electrochemical sensors to detect infectious diseases, and microfluidics-based bioanalytical systems. It also covers biotechnological approaches to experimental therapeutics and theranostics.
Ethical and regulatory considerations in biomedicine and medical diagnostics round out the coverage making this book a valuable resource for researchers, faculty, post-graduate students and professionals in biotechnology, biochemistry, nanotechnology, biomedical engineering, medicine, pharmaceutical sciences, or any related biomedical discipline.