- Functional Genomics III - Proteomics
- Dissecting Cellular Pathways III - Proteome Analysis
- Proteome Profiling
- Genomics Core Technologies
- The Proteome - A 2D Map of All Proteins Present in a Cell
- Established Proteome for Yeast
- The in silico Bacillus subtilis Proteome
- The Bacillus subtilis Proteome
- Various Bacillus subtilis Proteomes Are Available
- 2d PAGE of the Proteins From Escherichia coli
- Reproducibility - a Key Factor in Proteomics
- Comparison of the 2 Standard 2d PAGE Methods
- Infos on Electrophoresis on the Web
- Operation Manual for 2d PAGE Analysis of Proteins
- Correlating Protein Quantity and Cell Physiology
- Changes in Protein Levels are visible on 2D Gels
- Characterizing the Proteins
- Proteins are Post-translationally Modified
- Post-Translational Modifications I
- Post-Translational Modifications II
- 2D PAGE: Protein Modifications are revealed
- Protein Masses can be determined by Mass Spectrometry
- Mass Spectrometer (MALDI TOF) I
- Mass Spectrometer (MALDI TOF) II
- Proteomic Identification of Proteins via 2D Gels
- Internet Software for MS Analysis
- MS-Fit
- ProFound
- ProteinProspector
- PepFrag
- Mass Determination of Proteins and Glycoproteins
- Recognition of post-translational Modifications of Proteins
- Spectra Quality in Automated MALDI-TOF MS
- Identification of Proteins by Fast ESI LC/MS/MS Screening
- Peptide Fingerprint Mapping by MS
- 2D Gel Comparison via Internet
- The Proteomic Workflow
- The New Way to Innovative Targets in Drug Research