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The past year has seen greatly increased acceptance and application of the analytical capabilities of mass spectrometry by the biochemical community. The technique has been used to provide accurate mass determinations of non-covalently bound protein complexes, rapid mapping of molecular weights of altered peptides in protease digests, sequencing by collisional activation in tandem mass spectrometry, characterization of glycosylation and other modifications, and quantitation of peptides used in clinical diagnostics.
Related Publications
C Fenselau, and
M M Vestling, and
R J Cotter
January 2000,
Advances in protein chemistry,
C Fenselau, and
M M Vestling, and
R J Cotter
January 2017,
Methods in molecular biology (Clifton, N.J.),
C Fenselau, and
M M Vestling, and
R J Cotter
January 2001,
Advances in protein chemistry,
C Fenselau, and
M M Vestling, and
R J Cotter
September 2009,
Bioanalysis,
C Fenselau, and
M M Vestling, and
R J Cotter
January 2012,
Methods in molecular biology (Clifton, N.J.),
C Fenselau, and
M M Vestling, and
R J Cotter
May 2018,
Expert review of proteomics,
C Fenselau, and
M M Vestling, and
R J Cotter
January 2021,
Current protein & peptide science,
C Fenselau, and
M M Vestling, and
R J Cotter
January 2004,
European journal of mass spectrometry (Chichester, England),
C Fenselau, and
M M Vestling, and
R J Cotter
January 2015,
Methods in molecular biology (Clifton, N.J.),
C Fenselau, and
M M Vestling, and
R J Cotter
December 2014,
Archives of physiology and biochemistry,
