Resources

Proteomics Databases



Metabolomics Databases

• • Methods for Determining Primary Structure of Proteins

  The primary structure of a protein, namely the amino acid sequence, carries the protein's function and characteristics. Determination primary structure of proteins is of great significance for understanding life processes and developing bioproducts.

• • Decoding the Mysteries of Proteins in Organisms through Proteomics Sequencing

  Proteomics sequencing technology is a series of methods that efficiently and rapidly determine the composition and characteristics of proteins. It plays an important role in deciphering the mysteries of protein in living organisms.

• • Analyzing Protein Function and Structure via Protein Primary Structure Determination

  Protein structure can be divided into four levels: primary structure, secondary structure, tertiary structure, and quaternary structure. Among these levels, protein primary structure is the most fundamental, referring to the amino acid sequence of the protein.

• • Proteome Analysis Based on De Novo Sequencing

  In protein analysis, de novo sequencing, as a powerful analytical method, provides us a new perspective and new opportunities for discoveries.Proteins are the fundamental functional units in living organisms and have critical significance in studying the structure and function of biological drugs.

• • The Effects of Different Proteomics Sequencing Methods on Research Outcomes

  Proteomics sequencing, as a core technique in proteomics research, provides abundant information to reveal the complete profile of proteins in biological systems. However, the choice of different methods in proteomic sequencing can significantly impact research results.

• • Protein Secondary Structure Analysis and Circular Dichroism

  Circular dichroism spectroscopy is commonly used to analyze and interpret the secondary structure of proteins. Through circular dichroism, we can obtain valuable information on protein secondary structure and gain a deeper understanding of the relationship between the folding state and function of proteins.

• • How to Select and Optimize Protein Sequencing Methods?

  Protein sequencing is an important analytical technique in the field of bioproducts, which can reveal the amino acid sequence and structural information of proteins, providing key data for protein research and biopharmaceutical development. However, when choosing and optimizing protein sequencing methods, scientists need to consider multiple factors.

• • Analysis of Protein Structure Using Circular Dichroism HT Technology

  Analysis of protein structure is a critical component in the development and production of biologics, and it holds significant importance in understanding protein function and properties. In the field of protein structure analysis for biologic products, high-throughput (HT) circular dichroism spectroscopy (CD) technology is widely utilized.

• • How to Detect Whether a Protein Is Normally Phosphorylated

  Phosphorylation is a critical regulatory mechanism for protein function, influencing numerous biological processes including signal transduction, cell division, and metabolism. To assess whether proteins are phosphorylated, several analytical techniques are employed to identify and quantify their phosphorylation status. Commonly used methods include:

• • Analysis of Protein Secondary Structure Using Circular Dichroism Spectroscopy

  Analysis of protein secondary structure is crucial to revealing the mystery of their folding process. In the field of bioproduct protein structure, circular dichroism (CD) spectroscopy is widely used for analysis of protein secondary structure, revealing the mysteries of protein folding by interpreting CD spectra.