Molecular Evolution Computer Analysis of Protein and Nucleic Acid Sequences [Hardcover]

This volume addresses a variety of areas in which computers are used to manage and manipulate nucleic acid and protein sequence data. The manipulations include searching, aligning, and determining the significance of similarities, as well as the construction of phylogenetic trees that show the evolutionary history of related sequences. Ready-to-use methods for the at-the-bench scientist are presented.Databases:
C. Burks et al. , GenBank: Current Status and Future Directions.
P. Kahn and G. Cameron, EMBL Data Library.
W.C. Barker, D.G. George, and L.T. Hunt, Protein Sequence Database.
B. Keil, Cooperation between Databases and Scientific Community.
Searching Databases:
W.R. Pearson, Rapid and Sensitive Sequence Comparison with FASTP and FASTA.
R.F. Doolittle, Searching through Sequence Databases.
S. Henikoff, J.C. Wallace, and J.P. Brown, Finding Protein Similarities with Nucleotide Sequence Databases.
C.B. Lawrence, Use of Homology Domains in Sequence Similarity Detection.
M. Gribskov, R. L~aduthy, and D. Eisenberg, Profile Analysis.
Patterns in Nucleic Acid Sequences:
R. Staden, Finding Protein Coding Regions in Genomic
Sequences.
J.C.W. Shepherd, Ancient Patterns in Nucleic Acid Sequences.
R. Staden, Searching for Patterns in Protein and Nucleic Acid Sequences.
G.D. Stormo, Consensus Patterns in DNA.
M.S. Waterman and R. Jones, Consensus Methods for DNA and Protein Sequence Alignment.
J.-M. Claverie, I. Sauvaget, and L. Bougueleret, k-Tuple Frequency Analysis: From Inlƒ-