Description
Computational Virology provides researchers with practical methodologies and computational strategies for analyzing viral sequences, structures, and functions. This volume in the Methods in Molecular Biology series presents step-by-step protocols for viral genome analysis, phylogenetic studies, and structural bioinformatics applications.
The book covers essential computational tools and techniques including sequence alignment, molecular modeling, homology analysis, and evolutionary studies. Each chapter is written by experts in the field and includes detailed procedures suitable for both beginners and experienced researchers. The accompanying online files provide additional resources, datasets, and supplementary materials to enhance learning and practical application.
Topics addressed include viral genome assembly, mutation analysis, protein structure prediction, drug target identification, and bioinformatics pipeline development. This resource is invaluable for virology researchers, computational biologists, graduate students, and professionals seeking to integrate computational approaches into their viral research programs.
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