Foundations of comparative genomics
Mushegian, Arcady R.
Foundations of comparative genomics [electronic resource] / Arcady R. Mushegian. - Amsterdam ; Boston : Academic Press, c2007. - ix, 265 p. : ill.
Includes bibliographical references (p. 238-257) and index.
The beginning of computational genomics -- Finding sequence similarities -- Homology: can we get it right? -- Getting ready for the era of comparative genomics: the importance of viruses -- The first fact of comparative genomics: protein sequences are remarkably resilient in evolution -- The second fact of comparative genomics: functional convergence at the molecular level -- Prediction of function and reconstruction of metabolism from genomic data: homology-based approaches -- Prediction of function and reconstruction of metabolism: post-homology approaches -- Structural genomics: what does it tell us about life? -- How many protein families are there? -- Phylogenetic inference and the era of complete genomes -- Two stories about evolution -- Minimal and ancestral genomes -- Comparative genomics and systems biology.
Electronic reproduction.
Palo Alto, Calif. :
ebrary,
2013.
Available via World Wide Web.
Access may be limited to ebrary affiliated libraries.
DNLM
Genomics.
Gene mapping.
Physiology, Comparative.
Electronic books.
QH447 / .M88 2007eb
Foundations of comparative genomics [electronic resource] / Arcady R. Mushegian. - Amsterdam ; Boston : Academic Press, c2007. - ix, 265 p. : ill.
Includes bibliographical references (p. 238-257) and index.
The beginning of computational genomics -- Finding sequence similarities -- Homology: can we get it right? -- Getting ready for the era of comparative genomics: the importance of viruses -- The first fact of comparative genomics: protein sequences are remarkably resilient in evolution -- The second fact of comparative genomics: functional convergence at the molecular level -- Prediction of function and reconstruction of metabolism from genomic data: homology-based approaches -- Prediction of function and reconstruction of metabolism: post-homology approaches -- Structural genomics: what does it tell us about life? -- How many protein families are there? -- Phylogenetic inference and the era of complete genomes -- Two stories about evolution -- Minimal and ancestral genomes -- Comparative genomics and systems biology.
Electronic reproduction.
Palo Alto, Calif. :
ebrary,
2013.
Available via World Wide Web.
Access may be limited to ebrary affiliated libraries.
DNLM
Genomics.
Gene mapping.
Physiology, Comparative.
Electronic books.
QH447 / .M88 2007eb