Resources

Proteomics Databases



Metabolomics Databases

• • Advantages of Proteomics Identification: Efficient and Accurate Protein Identification and Analysis

  Proteomics identification provides us with an efficient and accurate method to analyze the complexity of proteins through large-scale protein identification and functional analysis. Proteins are the most basic molecules in living organisms and play a key role in cellular functions and biological processes.

• • Protein Quantification Analysis: Interpreting Key Differences Between Cells

  Protein quantification analysis is an important technology that can reveal key differences between cells by comparing quantitative changes in proteins in different cellular states. Proteins are important functional molecules in biological organisms and play a key role in regulating cellular processes. Understanding the composition and function of proteins within cells is important for understanding biological processes, discovering new therapeutic targets, and assessing disease progression.

• • What Characteristic Information Does Protein Mass Spectrometry Identification Look for in Proteins?

  Protein mass spectrometry identification, as a high-efficiency and accurate technique, can help us find and analyze complex protein samples. Proteins are important functional molecules in organisms, participating in the regulation of almost all biological processes. Understanding the properties and functions of proteins is of great significance for understanding biological processes, discovering new drug targets, and evaluating drug efficacy.   Protein mass spectrometry identification is an analytical......

• • Protein Mass Spectrometry Quantitation Technology Analysis

  MtoZ Biolab offers you professional solutions services to help you study Protein Mass Spectrometry Quantitation Technology Analysis. Research in the field of biological medicine continues to drive advances in medicine and life sciences. In this field, proteins play a crucial role, as they are the main functional molecules within a living organism. In the past, there were relatively few techniques for accurately quantifying proteins. However, with the development of proteomic quantification technology ......

• • Protein Mass Spectrometry Sequencing Revealing the Secrets of Protein Sequences

  Proteins are diverse and essential molecules in living organisms, and understanding their sequences is crucial for revealing biological processes, drug development, and disease diagnosis. In this respect, protein mass spectrometry sequencing technology, as a highly efficient and accurate method, provides us with an important tool to unravel the mysteries of protein sequences.   Protein mass spectrometry sequencing technology is a method to determine the protein sequence by analyzing the mass spectrome......

• • High Sensitivity and Specificity of Ubiquitination Level Detection Technology

  Ubiquitination is a modification process that links ubiquitin proteins to target proteins, which regulates many important biological processes in cells. In the field of biopharmaceuticals, ubiquitination level detection technology is gradually becoming an important tool for research and development of biologics. which can help scientists gain a deeper understanding of ubiquitination's role in cells and its association with disease occurrence and progression.

• • Detection of Ubiquitination Levels: Connection Between Protein Degradation and Cellular Function

  Protein degradation is an important biological process in cells, regulating many life activities within cells. Ubiquitination, as a major protein modification method, plays a key role in the process of protein degradation. Ubiquitination marks these proteins by connecting ubiquitin proteins to specific locations on target proteins, so they can be recognized and degraded by ubiquitin enzymes. However, the level and specificity of ubiquitination are significant for the regulation of cell functions.

• • Predicting Protein Molecular Weight Based on the Amino acid Sequence

  Proteins are important biomolecules that exist ubiquitously in living organisms and play key roles in numerous biological processes. Understanding the molecular weight of proteins is crucial for elucidating their structure, function, and applications in the field of biopharmaceuticals. However, experimental methods for directly measuring the molecular weight of proteins are not always convenient or feasible. How to predict the molecular weight of a protein based on its amino acid sequence?

• • Application and Breakthrough of Mass Spectrometry Technology in Amino Acid Sequencing

  The research and production of biological drugs are crucial to the development of human health and the medical field. In the field of biopharmaceuticals, understanding the amino acid sequence of proteins is essential for drug design, production, and quality control. With the continuous advancement of science and technology, mass spectrometry has become an important tool for determining amino acid sequences in the field of biological drugs.

• • The Biological Significance of N-Terminal Amino Acid Sequencing Determination

  Protein is the basic building block of life, playing a key role in various biological processes. Understanding the structure and function of proteins is of great significance in revealing the mechanisms of biological processes and developing new drugs. In this field, N-terminal amino acid sequence determination is a key technology that can reveal the N-terminal amino acid sequence of proteins and provide us with important information about proteins.