Resources

Proteomics Databases



Metabolomics Databases

• • Protein Phosphorylation Detection by GST in Vitro

  Extracellular GST (Glutathione S-Transferase) protein phosphorylation detection is an experimental method used to study the phosphorylation status of proteins. This method combines the purification technique of GST fusion proteins with phosphorylation status detection techniques to analyze the phosphorylation level of specific proteins or protein domains. Using this method, researchers can study the phosphorylation status of proteins under specific conditions of signal pathway activation or inhibition.

• • Class Generalization Level Inspection

  SUMO (Small Ubiquitin-like Modifier)ylation is an important protein post-translational modification process that involves the covalent attachment of SUMO proteins to specific lysine residues on target proteins. This modification is crucial for regulating protein localization, stability, activity, and involvement in processes such as cell cycle control, DNA damage repair, and signal transduction.

• • Ubiquitin Labeling Free Mass Spectrometry Analysis

  Ubiquitination is a crucial post-translational modification process, involving the attachment of the small ubiquitin protein to target proteins via covalent bonds. This modification can regulate the stability, activity, localization, and other functions of the target protein. Mass spectrometry analysis of ubiquitination can identify the proteins that are ubiquitinated, as well as the exact sites of ubiquitination.

• • Identification of Lactylation Modification Sites in Proteins

  Lactylation of proteins is a novel post-translational modification (PTM) that is widely present in fungi and mammalian cells, such as humans and mice. It directly stimulates gene transcription and significantly affects downstream gene expression and DNA replication. Understanding the role and regulatory mechanisms of lactylation in highly glycolytic and lactic acid-dependent physiological and pathological processes is crucial.

• • Histone Acetylation Modification Mass Spectrometry Analysis

  Histone acetylation is an important post-translational modification (PTM) of proteins that plays a critical role in gene expression regulation, chromatin remodeling, and other cellular functions. Mass spectrometry has become an important tool for identifying and quantifying protein acetylation modifications.

• • Analysis of Antibody Constant Region Sequence

  The constant region of an antibody, also known as the Constant Region, is a part of the antibody molecule that is responsible for stabilizing its structure in order to carry out its specific immune functions. The constant region of an antibody is typically located at the bottom of the molecule, near the antibody's tail, and corresponds to the variable region of the antibody, which is responsible for recognizing and binding to antigens.

• • How to Detect Abnormal Glycoproteins

  Glycoproteins, also known as glycoproteins, are molecules that have one or more sugar chains attached to their protein structure. The structure and composition of these sugar chains play important roles in many biological processes, including cell recognition, signal transmission, and immune response.

• • Protein Full Length Sequencing

  Full-Length Protein Sequencing refers to determining the complete amino acid sequence of a protein from the N-terminus to the C-terminus. This process involves a series of techniques and is crucial for understanding the biological function of proteins, studying protein-protein interactions, and developing new drugs. Common methods for full-length protein sequencing include Mass Spectrometry (MS), protein sequencing analyzers, and bioinformatics methods.

• • Dia Protein Group Sequencing

  DIA (Data Independent Acquisition) protein sequencing is used for high-throughput and high-sensitivity protein analysis. Compared to traditional Data Dependent Acquisition (DDA) technology, DIA can provide more comprehensive protein coverage and more reliable quantitative results. DIA technology has a wide range of applications in biomedical research, biomarker discovery, and drug development.

• • Analysis of the N-Terminal Sequence of a Protein

  Protein synthesis starts from the N-terminus of a protein, and the composition of the N-terminal sequence of the protein influences its overall biological function. For example, the N-terminal sequence affects the half-life of the protein and is related to the protein's subcellular localization. N-terminal sequencing analysis of proteins helps in analyzing their higher-order structure and revealing their biological function.