Titlebook: Bioinformatics; A Concept-Based Intr Venkatarajan S. Mathura,Pandjassarame Kangueane Book 2009 Springer-Verlag US 2009 In silico.Microarray

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Venkatarajan S. Mathura,Pandjassarame KangueaneTextbooks provide a practical introduction to bioinformatics and computer technologies.Our book is a workbook which spends more time showing students techniques and applications, problems and solution

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d7629, XIII.2.5 Further oxoborates,s include identifying promoter regions, protein-coding regions, and intron-exon boundaries. Protein sequence analysis involves identifying functional motifs and patterns. Sequence search tools help in identifying similar sequences in protein and genomic databases. Here, we will discuss bioinformatic

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d7013, XIII.1.2.1 Nitride borides,l annotation of the sequences is a must. Understanding the structural basis for protein function enables rational drug design and novel interventions for various diseases. This chapter describes protein-modeling packages and services that integrate various tools to facilitate rapid large-scale model

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Title, Preface, etc., for Vol. III/7D2,ers from the heavy labor and the difficulty to keep knowledge up to date. Biomedical literature mining provides a potential solution to extracting and integrating useful information from literature automatically, which can lead to new discoveries.

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d7019, XIII.1.2.2 Phosphide borides,igen proteins to induce immune response. Therefore, the binding of short antigen peptides to HLA molecules is the rate limiting step in T-cell mediated immune response. Several constructs of overlapping short peptides can be designed from a given protein antigen sequence. The number of overlapping p

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d7629, XIII.2.5 Further oxoborates, exons (coding sequence segments) and introns (non-coding sequence segments). However, the number of exons and introns vary in different genes across diverse genome species. It is found that the intron number varies from 0 to $>$100 in different eukaryotic genes. This results in SEG (Single exon gen