Abstract:
The present invention relates to a method of simultaneously identifying and determining the levels of expression of cysteine-containing proteins in normal and perturbed cells, a method for proteomic analysis, a process for preparing fusion proteins, and compounds and reagents related thereto.
Abstract:
The disclosed subject matter relates to a method of simultaneously identifying and determining the levels of expression of cysteine-containing proteins in normal and perturbed cells, a method for determining peptide expression levels between a first biological sample and a second biological sample, and a method for quantitative proteomic analysis of two or more peptide populations, and compounds and reagents related thereto.
Abstract:
The present invention relates to a method of simultaneously identifying and determining the levels of expression of cysteine-containing proteins in normal and perturbed cells, a method for proteomic analysis, a process for preparing fusion proteins, and compounds of Formula II and III: (II) Acyl-NH—X-[Epitope Tag Site]A-Y-[Protease Cleavage Site]-Z-Link (III) Acyl-NH—X-alk-O-Ph-CH2—Z-Link and reagents related thereto.
Abstract:
A method is disclosed which provides a high throughput method for assigning plausible functions to unknown sequence entries in a particular database. The method was used herein to identify lectin proteins which can be found in specific tissues of the rice plant.