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Bio computation and Biomedical Informatics examines various aspects of biomedical informatics including an extensive overview of various computational languages and their processing. It includes definitions of computing languages, sequence alignments and other important terms. Provides the reader with insights into the development of bio computation and biomedical informatics, so as to understand its application and importance in practical life. A practical computational approach through a case study of a patient is given to understand the scope and calculations are made using biomedical image processing.…mehr

Produktbeschreibung
Bio computation and Biomedical Informatics examines various aspects of biomedical informatics including an extensive overview of various computational languages and their processing. It includes definitions of computing languages, sequence alignments and other important terms. Provides the reader with insights into the development of bio computation and biomedical informatics, so as to understand its application and importance in practical life. A practical computational approach through a case study of a patient is given to understand the scope and calculations are made using biomedical image processing.
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Autorenporträt
Dr. U. S. Raghavender did his Masters in Physics, with specialization in Condensed Matter Physics, followed by his doctoral thesis in X-ray Crystallography of Designed molecules. This was followed by post-doctoral stints in India and abroad, in both academic institutions and non-academic institutions. He has been working on computational approaches of biomolecules, since the past 12 years. He has authored book chapters, published research in internationally acclaimed journals. He also serves as a peer reviewer of research articles published in both national (Journal of Biosciences) and international journals (BMC Bioinformatics, Nucleic Acids Research etc.). He has a long term goal of addressing computational aspects of regulatory mechanisms in cell.