Biotechnologie et Génétique Ingénierie
Plante Genomics & Bioinformatics
Description
Progrès en genomics et bioinformatics have revolutionized our understanding de structural et functional aspects de plant genomes et have made it possible to extrapolate our understanding from model plants to cultivated crops. Complete genome sequences et a number de expressed sequences have become available which when coupled avec traditional breeding methodologies will facilitate le crop improvement. Nouveau researches en genomics et bioinformatics has been contributing to crop improvement either by a better understanding de le biological mechanisms which can lead to new or improved screening methods pour selecting superior genotypes more efficiently and/ or by providing new knowledge which can improve le decision-making process pour more efficient breeding strategies. Any approach towards a sustainable future will require us to integrate both genetic et genomic knowledge that will provide opportunity to harness le power de plant genomics to create crops avec improved traits. Functional genomics has radically changed le way scientists approach biological questions. Le purpose de bringing out this publication is to provide latest available information sur genomics, proteomics et application de bioinformatics en crop improvements et to give examples de its use. Le book covers current status de our knowledge about an over all up-to-date progress de genomics et bioinformatics en crop improvement et future prospects, Path binder Have a tool pour sentence-found plant taxonomy sensitive access, key-string algorithm, bioinformatics software resources, prediction et annotation de plant protein interaction networks, projection de le flux cone de a metabolic network, transcription factors binding sites avec variable order by Asian networks, functional diversity de plant glutathione transferees, genomic DNUn amplification finger printing en Charophycean diversity, recent advances en genomics en individual crops like, soybean, sugarcane et sorghum, role de proteomics en understanding molecular basis de stress tolerance en plants et molecular mechanism de vernalization response et their application en grass breeding. Le issue is relevant et timely en view de le rapidly expanding international trade de biotechnology pour crop improvements. We hope that expertise shared en le issue could incur researchers to employ innovative approaches en handling et management de various issues en genomics, bioinformatics models, software, et biotechnology sur a global scale.
Table des matières
Genomics et Bioinformatics en Culture Improvement - Un Introduction; Map-based Cloning de Agronomically Important Genes; Un Reference Model pour Describing et Integrating le Process et Technologie Views de Bioinformatics Software Resources; Key String Algorithm- Nouveau Computational Method pour Identification et Analyse de Very Long Repeats en Genomic Sequences; Path Binder H: Un Tool pour Sentence-Focused, Plante Taxonomy-Sensitive Access to le Biologique Literature; Projections de le Flux Cone de a Metabolic Network, Recognition de Transcription Factor Binding Sites avec Variable-order Bayesian Networks; Un Method pour Identifying Proteins de a Given Class from le Genome Sequence; Prediction et Annotation de Plante Protein Interaction Networks; Functional Diversity de Plante Glutathione Transferases; Proteomics Études to Understand le Moléculaire Basis de Stress Tolerance en Plantees; Genomic DNUn Amplification Finger Printing: Un Nouveau Tool pour Charophycean Biodiversity; Moléculaire Mechanisms de Vernalization Response et their Application en Grass Breeding; Sugarcane Genomics et Bioinformatics; Moléculaire Characterization de Anthracnose Resistance Gene en Sorghum; Recent Progrès en Soybean Genomics et Bioinformatics; Subject Index.