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Interpretation of Mass Spectra Frantisek Tureek, Fred W. McLafferty
Publisher: University Science Books

Thus, the algorithm is able to decrease the computational time by compressing the data sets while increasing the throughput of the data by interpreting low S/N spectra. Interpretation of Mass Spectra - 4Ed. For HDX with mass spectrometry (MS), ultra-performance liquid chromatography (UPLC) separations allow more detailed measurements, an important consideration for use with proteins as large as antibodies. A set of slides that explain in detail the important aspects of interpreting EI mass spectra as obtained in GC-MS. The site explains how to use common losses (e.g. Http://rapidshare.com/files/135220391/Interpr_mspectra4Ed.zip. Figure 1 (HDX/MS): A depiction of the relative deuterium uptake for interferon helps one visualize and interpret the higher order protein structure related to conformational change. CAMS utilizes a novel metric, called F-set, that amount of time for large spectral data sets. The uptake measurements are made at HPLC had weaker separation power. Posted by Sharma Tanuj at 8:28 AM. In this paper, we present an efficient algorithm, CAMS (Clustering Algorithm for Mass Spectra) for clustering mass spectrometry data which increases both the sensitivity and confidence of spectral assignment.