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Detection of proteome diversity resulted from alternative splicing is limited by Trypsin cleavage specificity
Xiaojing Wang
, Simona G. Codreanu
, Bo Wen
, Kai Li
, Matthew C. Chambers
, Daniel C. Liebler
, Bing Zhang
Research output
:
Contribution to journal
›
Article
›
peer-review
71
Scopus citations
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Dive into the research topics of 'Detection of proteome diversity resulted from alternative splicing is limited by Trypsin cleavage specificity'. Together they form a unique fingerprint.
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Biochemistry, Genetics and Molecular Biology
Trypsin
100%
Digestion
83%
Peptide
66%
Exon
66%
Alternative Splicing
66%
Lysozyme
66%
Proteome
66%
Isoform
33%
Shotgun Proteomics
33%
Nucleotide
16%
Arginine
16%
Mass Spectrometry
16%
Lysine
16%
Chymotrypsin
16%
Codon
16%
Transcriptome
16%
Computer Model
16%
Protein Isoform
16%
Proteome Analysis
16%
Protease
16%
Neuroscience
Trypsin
100%
Proteome
66%
Peptide
66%
Enzymes
66%
Exon
66%
Alternative Splicing
66%
Lysine
33%
Arginine
33%
Proteinase
16%
Transcriptome
16%
Mass Spectrometry
16%
Chymotrypsin
16%
Protein
16%
Isoprotein
16%
Chymotrypsin A
16%