Resources

Proteomics Databases



Metabolomics Databases

• • Application of N-Terminal Sequencing

  In the field of proteomics, N-terminal sequencing not only assists scientists in verifying sequence data of proteins but also provides insights into their functions, modifications, and connections to various diseases. N-terminal sequencing is primarily conducted using the Edman degradation process.

• • Workflow of N-Terminal Sequencing

  The initial phase of N-terminal sequencing involves rigorous sample preparation. This process typically requires protein extraction, purification, and concentration to ensure that the protein samples are sufficiently pure and concentrated. Techniques commonly employed include centrifugation, gel filtration, and affinity chromatography, each chosen based on the specific requirements of the sample.

• • Advantages and Disadvantages of N-Terminal Sequencing

  N-terminal sequencing faces difficulties with complex samples. Impurities and interfering substances in protein samples can affect the accuracy and sensitivity of mass spectrometry. The complexity of sample purification and pretreatment also increases experimental difficulty.

• • Principle of N-Terminal Sequencing

  The N-terminal sequence of proteins is significant in many biological processes, such as protein processing, localization, and degradation. Accurate determination of the N-terminal sequence is essential for understanding these functions. Traditional methods like Edman degradation have been widely used but possess limitations.

• • Application of C-Terminal Sequencing

  C-terminal sequencing provides critical insights into protein structure, function, and post-translational modifications.

• • Mechanism of C-Terminal Sequencing

  C-terminal sequencing is a critical analytical technique in protein chemistry, used to identify the amino acid sequence at the carboxyl terminus of a polypeptide chain.

• • Advantages and Disadvantages of C-Terminal Sequencing

  C-terminal sequencing is a pivotal technique in the realm of protein analysis, offering valuable insights into the structure and function of proteins. This method specifically focuses on identifying the amino acid sequence at the C-terminus of a protein, which can be crucial for understanding various biological processes and for the development of therapeutic interventions.

• • Principle of C-Terminal Sequencing

  In the realm of proteomics, understanding the complete amino acid sequence of a protein is essential for revealing its structure and function. While N-terminal sequencing methods, like Edman degradation, have long been established, C-terminal sequencing poses unique challenges and is equally crucial.

• • Mechanism of N/C Terminal Sequencing

  N- and C-terminal sequencing are fundamental techniques in molecular biology, offering critical insights into the structure, function, and integrity of proteins. These sequencing methods are pivotal for understanding the full landscape of proteomics and ensuring the quality of biopharmaceutical products.

• • Application of N/C Terminal Sequencing

  N- and C-terminal sequencing are indispensable tools in molecular biology, providing essential insights into protein structure, function, and integrity. These techniques have a broad range of applications, from proteomics research to the quality control of biopharmaceuticals.