The study of the complete protein makeup of a cell, tissue, or organism within a specific set of circumstances is known as proteomics. This involves examining the entire protein profile of a cell, tissue, or organism under specific and defined conditions. Proteins are essential components of living beings, serving a variety of functions such as building the structural fibers of muscle tissue, digesting food through enzymes, synthesizing and replicating DNA, producing antibodies to protect against infection, and transmitting important signals throughout the body via hormones. Proteomics has been made possible by years of technological and instrumental advancements, including improvements in mass spectrometry technology, protein separation methods, and bioinformatics.
Please view our resources below:
- Archives of Biochemistry and BiophysicsDebanjana Das, Soumyajit Mitra, Rohit Kumar, Shibdas Banerjee and Sri Rama Koti Ainavarapu
- Quantitative Analysis of Post Translation Modification of Protein Therapeutics at a Subunit Level by Spectral DeconvolutionJohnson & JohnsonM.Gu,K.Sen,A.Mahan,Y.Jmeian,Y.Wang,D.Davis ASMS2015
- Accurate Quantitation of Deamidated Peptides to Accelerate Formulation Process Development in Therapeutic ProteinsBMSM.Peddicord,D.Qiu,M.Gu,Y.Wang ASMS2014
- A Novel Approach for Quantitation of Hydrogen Deuterium Exchanged Peptides to Reveal Full Distribution of the Exchanged Species at Various Time PointsUniversity of KansasY.Wang,H.Xu,M.Gu ASMS2014
- CernoY.Wang Appnote108
- CernoY.Wang Appnote107