| Bacterial genome (7) |  |
| Genetic analysis (11) | |
| Genetic material (83) | |
| Genome (761) | |
| Genome sequence (27) | |
| Human genome (68) | |
| Proteomics (6) | |
| Bacterial genome (7) | |
| Genetic analysis (11) | |
| Genetic material (83) | |
| Genome (761) | |
| Genome sequence (27) | |
| Human genome (68) | |
| Proteomics (6) | |
Other authors are Steven Carr, director of the Proteomics Platform at the Broad Institute; Karl Clauser, a research scientist at the Broad Institute;
This study utilizes the power of proteomics to identify extracellular matrix proteins critical in metastasis. Many of the proteins identified interact with cancer cells by binding to proteins called integrins that are found on cell surfaces,
"The tool and its proof-of-concept testing were reported June 12 in the journal Molecular and Cellular Proteomics.
Through modern mass spectrometry proteomics techniques, scientists have identified more than 300,000 post-translational modifications (PTMS) in different families of proteins across numerous species. These PTMS come in many forms, resulting
and they expect to see their program become part of informatics systems used to analyze large volumes of proteomics data emerging from labs around the world."
and Mark Chance, who contributed proteomics expertise for studies that showed how SW033291 works. Other participating investigators also contributed substantially:
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