Whole Genome Sequence Data, Viruses, Viroids, Plasmids, Organelles, Eubacteria, Archaea, Fungi

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Methods and Uses of Genomics and Proteomics Research Methods and Uses of Genomics and Proteomics Research - Introduction Genomics Research Methods for Whole Genome Sequencing Whole Genome Shotgun-WGS Sequencing Map First Sequence Later or Clone by Clone Strategy Construction of Whole Genome BAC Map / BAC-By-BAC Approach Building of Clone Contigs / Overlapping Series of Cloned DNA Fragments Whole Genome Sequence Data Electronic PCR (e-PCR) / Bridging the Gaps Between Mapping and Sequencing of Genomes From Genome Sequences to Function - Annotation

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Whole genome sequence data

During the last three decades (1970-2003), sequences of complete genomes have become available in ~600 viruses and viroids, >200 naturally occurring plasmids, 185 organelles, >80 eubacteria, 15 archaea, two yeasts (fungi), two animals and one plant. The details of the progress made for animal gnomes will be discussed in and that for plant genomes

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Methods for Annotation of Genome Sequences Annotation By Sequence Search Loss of Function by Mutation Approach Proteomics Research Significance of Proteomics Research Methods of Proteome Analysis Resolution and Identification of Proteins Mass Spectrometry Comparative 2D-gel Approach Protein Chips Approach Analysis of Post Translational Modification of Proteins Protein-Protein Interactions Purification of Protein Complexes Phage Display Yeast Two Hybrid System Functions of all the Ptoteins of Yeast Worked Out