Target Protein Mass Spectrometry Identification
Target protein mass spectrometry identification involves the identification of target proteins using mass spectrometry technology. Here, target proteins broadly refer to all target proteins. Bioytech provides target protein mass spectrometry identification services, including information such as protein molecular weight identification, amino acid sequence analysis, and post-translational modification identification.
Target Protein
In biology, target proteins refer to functional biomolecules that are processed and controlled by bioactive compounds. They play roles in transduction, transformation, and binding processes. The identification of target proteins, the study of signal transduction processes, and the understanding of their interactions with ligands are key elements of modern biomedical research. Since interactions with target proteins are the molecular origin of most drugs, the importance of target proteins to molecular biology, molecular pharmacology, and pharmacology is evident. Target proteins control the action and kinetic behavior of drugs within the organism. Elucidating the structure, conformational signal transduction, and catalytic characteristics of specific target proteins aids in the rational design of drugs and biotechnological processes. When emphasizing the modification and formulation of target proteins in pharmaceutical sciences, target proteins can also independently become drugs.
Mass spectrometry identification of target proteins
The target protein mentioned in our context of target protein mass spectrometry identification broadly refers to any target protein. In the pharmaceutical industry, it can be a specific antibody or a target protein of a particular drug. In the research field, it can be a gene expression product, a protein band or protein spot obtained from SDS-PAGE separation, a protein pulled down by a bait protein in a pull-down experiment, or proteins obtained from protein interactions such as immunoprecipitation (IP) or co-immunoprecipitation (Co-IP). In general, the target protein here can be any target protein you wish to study. Target protein mass spectrometry identification involves identifying the target protein using mass spectrometry, which can determine the molecular weight, amino acid sequence, and post-translational modifications of the target protein.
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