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In recent years, proteomics including mass
spectrometry-based technologies become method of
choice for detection of new proteins including
biomarkers as well for pathway discovery in
large-scale. The role of bioinformatics is one of
unrecognized issues in proteomics. For correct
definition, identification and detection of
hypothetical proteins (HPs) as well as experimental
characterization of these proteins,
bioinformatic plays an essential role. In this
book, the basics of bioinformatics in proteomics are
discussed and several practical examples are given
to understand the importance of proteomic
methodology together with bioinformatic tools
for identification as well as characterization of
HPs.
spectrometry-based technologies become method of
choice for detection of new proteins including
biomarkers as well for pathway discovery in
large-scale. The role of bioinformatics is one of
unrecognized issues in proteomics. For correct
definition, identification and detection of
hypothetical proteins (HPs) as well as experimental
characterization of these proteins,
bioinformatic plays an essential role. In this
book, the basics of bioinformatics in proteomics are
discussed and several practical examples are given
to understand the importance of proteomic
methodology together with bioinformatic tools
for identification as well as characterization of
HPs.