The article was created during the duration of the postdoctoral project and is directly related to its topic. To identify glycoproteins changes of common bean under drought, the extracted proteins from leaves were subjected to lectin affinity chromatography and glycoproteins were separated by SDS-PAGE. The gel lanes of control and stressed plants were divided into ten slices, proteins were digested with trypsin and analyzed by LC-MS/MS. Mass spectrometry data were quantified using MaxQuant software. Thirty-five proteins with a predicted N-terminal ER targeting signal peptide and N-glycosylation sites changed in abundance between control and stressed samples. Proteins were classified into several functional groups, mainly into cell wall metabolism, stress and defence related proteins, proteolysis and energy metabolism. Results suggest that drought stress might affect biochemical metabolism in cell wall and provide new insights about understanding of the molecular basis of drought stress in common bean.
COBISS.SI-ID: 5316200