Differential sensing of MAP kinases using SOX‐peptides
Angewandte Chemie International Edition, 2014•Wiley Online Library
Five SOX peptides are used to classify the MAPK groups and isoforms thereof using
chemometrics. The score plots show excellent classification and accuracy, while support
vector machine analysis leads to the quantification of ERK and an ERK inhibitor
concentration in kinase mixtures. Examination of the loading plots reveals cross‐reactivity
among the peptides, and some unexpected surprises.
chemometrics. The score plots show excellent classification and accuracy, while support
vector machine analysis leads to the quantification of ERK and an ERK inhibitor
concentration in kinase mixtures. Examination of the loading plots reveals cross‐reactivity
among the peptides, and some unexpected surprises.
Abstract
Five SOX peptides are used to classify the MAPK groups and isoforms thereof using chemometrics. The score plots show excellent classification and accuracy, while support vector machine analysis leads to the quantification of ERK and an ERK inhibitor concentration in kinase mixtures. Examination of the loading plots reveals cross‐reactivity among the peptides, and some unexpected surprises.
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