The large-scale and rapid identification and characterization of proteins, for example those separated on 2-D gels, represents a central step in the understanding of a proteome. Identification involves the matching of analytical data against protein databases in order to assign a protein as already known or to describe it as novel. Researchers can take advantage of the information contained in databases to predict a number of properties inherent to proteins of interest. The aspects of identification and of structural prediction are complementary and both required in the characterization process of a protein and, more generally, of a proteome. In that respect the development of the World-Wide Web (WWW) is changing the research of all life sc...
Top-down proteomics is a revolutionary application for the identification and characterization of pr...
The spectrum of problems covered by proteomics studies range from the discovery of compartment speci...
This work deals with proteins, especially with their structure and kinds of tertiary, or 3D, structu...
The awareness that protein and DNA sequence data are essential to the understanding of biological sy...
Protein identification and analysis software performs a central role in the investigation of protein...
The rapid growth of proteomics has been made possible by the development of reproducible 2D gels and...
AbstractWith the development of high-resolution and high-throughput mass spectrometry (MS) technolog...
Experimental techniques in omics sciences need strong support of bioinformatics tools for the data m...
The use of advanced high throughput technology applied to proteomics results in the production of la...
textProteomics is the science of understanding the dynamic protein content of an organism's cells (i...
This review provides an introduction for the nonspecialist to proteomics and in particular the major...
The rapid pace at which genomic and proteomic data is being generated necessitates the development o...
100學年度許輝煌升等參考著作[[abstract]]In order to separate and identify proteins within one cell, the proteomic...
AbstractThe subject of this tutorial is protein identification and characterisation by database sear...
Proteomics is an advance tool in protein identification, structures prediction, protein domains and ...
Top-down proteomics is a revolutionary application for the identification and characterization of pr...
The spectrum of problems covered by proteomics studies range from the discovery of compartment speci...
This work deals with proteins, especially with their structure and kinds of tertiary, or 3D, structu...
The awareness that protein and DNA sequence data are essential to the understanding of biological sy...
Protein identification and analysis software performs a central role in the investigation of protein...
The rapid growth of proteomics has been made possible by the development of reproducible 2D gels and...
AbstractWith the development of high-resolution and high-throughput mass spectrometry (MS) technolog...
Experimental techniques in omics sciences need strong support of bioinformatics tools for the data m...
The use of advanced high throughput technology applied to proteomics results in the production of la...
textProteomics is the science of understanding the dynamic protein content of an organism's cells (i...
This review provides an introduction for the nonspecialist to proteomics and in particular the major...
The rapid pace at which genomic and proteomic data is being generated necessitates the development o...
100學年度許輝煌升等參考著作[[abstract]]In order to separate and identify proteins within one cell, the proteomic...
AbstractThe subject of this tutorial is protein identification and characterisation by database sear...
Proteomics is an advance tool in protein identification, structures prediction, protein domains and ...
Top-down proteomics is a revolutionary application for the identification and characterization of pr...
The spectrum of problems covered by proteomics studies range from the discovery of compartment speci...
This work deals with proteins, especially with their structure and kinds of tertiary, or 3D, structu...