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Bioinformatics is an upcoming area resulting from the combination of biotechnology and computer science. All the findings in the bioinformatics are stored and utilized with the help of computer science to get the constructive results and elaborations. Phylogenetic trees are constructed from the molecular sequences of the different living organisms. These are required to evaluate the relation between the different species and also the different time gaps from the actual origin. Sequence alignment is one of the applications of the bioinformatics. Multiple Sequence Alignment is used to align the biological sequences along a column. Multiple sequence alignment arranges the sequences in such a way that evolutionarily equivalent positions across all sequences are matched. The process starts by generating distances of multiple alignments among the pairs of different species, then a phylogenetic tree is formulated. Further, taking different data sets, bootstrapping of phylogenetics and consensus trees are being shown. Web based FASTA sequences are considered as input.
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Bioinformatics is an upcoming area resulting from the combination of biotechnology and computer science. All the findings in the bioinformatics are stored and utilized with the help of computer science to get the constructive results and elaborations. Phylogenetic trees are constructed from the molecular sequences of the different living organisms. These are required to evaluate the relation between the different species and also the different time gaps from the actual origin. Sequence alignment is one of the applications of the bioinformatics. Multiple Sequence Alignment is used to align the biological sequences along a column. Multiple sequence alignment arranges the sequences in such a way that evolutionarily equivalent positions across all sequences are matched. The process starts by generating distances of multiple alignments among the pairs of different species, then a phylogenetic tree is formulated. Further, taking different data sets, bootstrapping of phylogenetics and consensus trees are being shown. Web based FASTA sequences are considered as input.
Biografía del autor
Er. Pankaj Bhambri graduated from Dr. B.R.Ambedkar University, Agra with B.E.(IT) HONORS in 2003. He completed his M.Tech. (CSE) from P.T.U., Jalandhar at Guru Nanak Dev Engineering College, Ludhiana. His Interest areas are Bioinformatics, Parallel Computing and Image Processing. He had received "Best Teacher Award" and "Rashtriya Rattan Award".
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Distance based Phylogenetic Tree through Heuristic Techniques
Verlag:
LAP LAMBERT Academic Publishing Jan 2013, 2013
ISBN 10: 3659318132
ISBN 13: 9783659318139
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Taschenbuch. Zustand: Neu. Neuware -Bioinformatics is an upcoming area resulting from the combination of biotechnology and computer science. All the findings in the bioinformatics are stored and utilized with the help of computer science to get the constructive results and elaborations. Phylogenetic trees are constructed from the molecular sequences of the different living organisms. These are required to evaluate the relation between the different species and also the different time gaps from the actual origin. Sequence alignment is one of the applications of the bioinformatics. Multiple Sequence Alignment is used to align the biological sequences along a column. Multiple sequence alignment arranges the sequences in such a way that evolutionarily equivalent positions across all sequences are matched. The process starts by generating distances of multiple alignments among the pairs of different species, then a phylogenetic tree is formulated. Further, taking different data sets, bootstrapping of phylogenetics and consensus trees are being shown. Web based FASTA sequences are considered as input.Books on Demand GmbH, Überseering 33, 22297 Hamburg 72 pp. Englisch. Artikel-Nr. 9783659318139
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