The product that he developed enables the identification of proteins using DNA technology.
Immunoaffinity method enables identification of proteins including positive markers in EVs.
Proteomics is a field dedicated to the analysis and identification of proteins within an organism.
Increased sensitivity and mass accuracy in conjunction with comprehensive database annotations allows the high-throughput identification of proteins.
The identification of proteins critical for virus replication may lead to the development of novel, cell-based inhibitors.
Comparative proteomics using 2D-PAGE involves the identification of proteins that are differentially expressed under different environmental conditions or between wild-type plants and mutants or cultivars.
These analyses, including those of newly identified proteins, are expected to contribute to the identification of proteins of therapeutic value in various diseases.
Using serum proteomics as a "discovery-based approach" to biomarker research allows for the identification of proteins not previously considered important or relevant to the clinical situation.
The identification of proteins that could be introduced in semi-perennial crops to generate insect and pathogen resistant plants is important for the sustainability of the agronomical production.
Future proteomic analysis, similar to that performed in rice, may enable the identification of proteins essential to early stages of germination.
Such analyses of large number of proteins, including the newly identified proteins, are expected to contribute to the identification of proteins of therapeutic importance in various diseases.
