Resources

Proteomics Databases



Metabolomics Databases

• • How to Detect Low-Abundance Histone Malonylation?

  Lysine malonylation (Kmal) is an important type of post-translational modification that has attracted increasing attention in studies of metabolic regulation, epigenetics, and disease mechanisms in recent years. Because Kmal is closely associated with intracellular malonyl-CoA levels, it can translate metabolic status into regulatory information related to chromatin structure and gene expression, and is therefore considered an important bridge between metabolism and epigenetics. However, in practical ......

• • Using High-Resolution MS to Identify Antibody Light/Heavy Chains and Isoforms

  Monoclonal antibodies (monoclonal antibodies, mAbs) represent one of the most important classes of biopharmaceutical molecules, and their structural integrity directly determines efficacy, safety, and batch-to-batch consistency. In antibody quality analysis, assessment of light-chain (Light chain, LC) and heavy-chain (Heavy chain, HC) integrity, together with the identification of isoforms, represents an important component of critical quality attribute (CQA) control. With advances in analytical techn......

• • How to Improve Identify Unknown Autoantibodies Optimization in Research Workflows

  Technical guide for How to Improve Identify Unknown Autoantibodies Optimization in Research Workflows.

• • Alloantibodies vs Autoantibodies: Method Selection and Research Use Cases

  Technical guide for Alloantibodies vs Autoantibodies: Method Selection and Research Use Cases.

• • Folate Receptor Autoantibodies: Principles, Applications, and Method Considerations

  Technical guide for Folate Receptor Autoantibodies: Principles, Applications, and Method Considerations.

• • Identify Unknown Autoantibodies vs ELISA: Method Selection and Research Use Cases

  Technical guide for Identify Unknown Autoantibodies vs ELISA: Method Selection and Research Use Cases.

• • Identify Unknown Autoantibodies vs Mass Spectrometry: Method Selection and Research Use Cases

  Technical guide for Identify Unknown Autoantibodies vs Mass Spectrometry: Method Selection and Research Use Cases.

• • Biological Fluid Antibody Analysis vs Mass Spectrometry: Method Selection and Research Use Cases

  Technical guide for Biological Fluid Antibody Analysis vs Mass Spectrometry: Method Selection and Research Use Cases.

• • Biological Fluid Antibody Analysis vs ELISA: Method Selection and Research Use Cases

  Technical guide for Biological Fluid Antibody Analysis vs ELISA: Method Selection and Research Use Cases.

• • Personalized Medicine Antibody Analysis vs Mass Spectrometry: Method Selection and Research Use Cases

  Technical guide for Personalized Medicine Antibody Analysis vs Mass Spectrometry: Method Selection and Research Use Cases.