A Dynamic Programming Approach to De Novo Peptide Sequencing via Tandem Mass Spectrometry
peer-reviewed · Journal of Computational Biology · 2001
| Date | 2001-06-01 |
| Type | peer-reviewed |
| Venue | Journal of Computational Biology |
| Publisher | SAGE Publications |
| Contribution | algorithm |
| DOI | 10.1089/10665270152530872 |
| Citations (OpenAlex) | 252 |
| Venue 2-year citedness | 1.45 |
Abstract
Tandem mass spectrometry fragments a large number of molecules of the same peptide sequence into charged molecules of prefix and suffix peptide subsequences and then measures mass/charge ratios of these ions. The de novo peptide sequencing problem is to reconstruct the peptide sequence from a given tandem mass spectral data of k ions. By implicitly transforming the spectral data into an NC-spectrum graph G (V, E) where /V/ = 2k + 2, we can solve this problem in O(/V//E/) time and O(/V/2) space using dynamic programming. For an ideal noise-free spectrum with only b- and y-ions, we improve the algorithm to O(/V/ + /E/) time and O(/V/) space. Our approach can be further used to discover a modified amino acid in O(/V//E/) time. The algorithms have been implemented and tested on experimental data.
Methods and tools
- DP-based de novo peptide sequencing: Dynamic-programming formulation over an NC-spectrum graph for de novo peptide sequencing.
Cites (2)
Cited by (36)
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