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 proteomics researcher needs to go through a succession of experimental processes: 2D gel electrophoresis, mass spectrometer analysis, and online protein matching. Various tools are utilized during each phase for the user to produce useful data. However, the data generated by different tools are put in separate files of different formats. So it is hard for the researcher to manage the data. In this paper we present an integrated information system developed for such a protein identification process. The system integrates all the data produced in the 2D gel electrophoresis experiment, including gel images, XML data about the protein spots on the images,...
This paper describes information-handling aspects of the TYCHO I analysis system (Clin, Chem. 27: 18...
In recent years proteomics became increasingly important to functional genomics. Although a large am...
The global analysis of proteins is now feasible due to improvements in techniques such as two-dimens...
The large-scale and rapid identification and characterization of proteins, for example those separat...
The rapid growth of proteomics has been made possible by the development of reproducible 2D gels and...
The assembly of data from different parts of proteomics workflow is often a major bottleneck in prot...
In recent years proteomics became increasingly important to functional genomics. Although a large am...
Protein identification and analysis software performs a central role in the investigation of protein...
uni-hannover.de In classical proteome analyses, final experimental data are (a) images of 2D protein...
The use of advanced high throughput technology applied to proteomics results in the production of la...
Abstract — Matching 2-D gel electrophoresis images is the first and a major step in bioinformatics s...
textProteomics is the science of understanding the dynamic protein content of an organism's cells (i...
The size, complexity and number of databases used for protein information have caused bioinformatics...
Data organization and data mining represents one of the main challenges for modern high throughput t...
We describe an integrated proteome database, termed Yonsei Proteome Research Center Proteome Databas...
This paper describes information-handling aspects of the TYCHO I analysis system (Clin, Chem. 27: 18...
In recent years proteomics became increasingly important to functional genomics. Although a large am...
The global analysis of proteins is now feasible due to improvements in techniques such as two-dimens...
The large-scale and rapid identification and characterization of proteins, for example those separat...
The rapid growth of proteomics has been made possible by the development of reproducible 2D gels and...
The assembly of data from different parts of proteomics workflow is often a major bottleneck in prot...
In recent years proteomics became increasingly important to functional genomics. Although a large am...
Protein identification and analysis software performs a central role in the investigation of protein...
uni-hannover.de In classical proteome analyses, final experimental data are (a) images of 2D protein...
The use of advanced high throughput technology applied to proteomics results in the production of la...
Abstract — Matching 2-D gel electrophoresis images is the first and a major step in bioinformatics s...
textProteomics is the science of understanding the dynamic protein content of an organism's cells (i...
The size, complexity and number of databases used for protein information have caused bioinformatics...
Data organization and data mining represents one of the main challenges for modern high throughput t...
We describe an integrated proteome database, termed Yonsei Proteome Research Center Proteome Databas...
This paper describes information-handling aspects of the TYCHO I analysis system (Clin, Chem. 27: 18...
In recent years proteomics became increasingly important to functional genomics. Although a large am...
The global analysis of proteins is now feasible due to improvements in techniques such as two-dimens...