Resources
Proteomics Databases
Metabolomics Databases
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Phospho amino acid analysis is a crucial technique used to study protein post-translational modifications by detecting phosphorylation sites within proteins. As a common post-translational modification, protein phosphorylation plays vital roles in cell signal transduction, metabolic regulation, and protein function modulation. The primary aim of phospho amino acid analysis is to detect and identify phosphorylated amino acid residues in proteins. Phosphorylation mainly occurs on serine (Ser), threonine......
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• Leveraging Proteomics to Identify Potential Biomarkers
Disease is a major global challenge, and early diagnosis and treatment are crucial for disease control and cure. Proteomics, as a comprehensive technology for studying protein composition and function, has brought new opportunities for disease research.
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Protein mass spectrometry quantitative analysis is a quantitative method based on mass spectrometry technology, which can accurately measure the amount of proteins in a sample. Investigating the quantitative changes of proteins in samples is of great significance for understanding biological processes, discovering new drug targets, and evaluating drug efficacy.
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• Proteomics Unveiling Protein Diversity and Functional Networks in Organisms
Proteomics is a technique that comprehensively studies the composition, structure, and function of proteins in biological organisms, which are important functional molecules involved in almost all biological processes. Understanding the diversity and functional networks of proteins is of great significance for understanding biological processes, discovering new drug targets, and evaluating drug efficacy.
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• Advantages and Innovations of Protein Immunoprecipitation in Protein Quantitative Analysis
With the development of scientific technology, protein immunoprecipitation has been widely used as an effective experimental method in protein quantification analysis. Quantitative analysis of proteins is an important research method in the field of biopharmaceuticals, which helps scientists understand the expression level, interactions, and functions of proteins in biological systems.
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• Proteomics Analysis of Phosphorylation Modifications
Proteomics analysis of phosphorylation modification is an important means to study cellular signaling regulation and disease mechanisms. Through existing phosphorylation modification detection methods and proteomics analysis techniques, we can deeply understand the role of phosphorylation modification in cellular signaling networks.
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• Clinical Applications and Prospects of Protein Molecular Weight Determination
Protein molecular weight determination technology provides us with an accurate method to determine the molecular weight of proteins, which is of great significance for clinical diagnosis, treatment, and drug development.
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• Transcriptomics and Proteomics Analysis
Integrated analysis of transcriptomics and proteomics is a comprehensive approach used to deeply explore the connections between gene expression and protein composition and to uncover the complex molecular regulatory networks within organisms. Below are detailed aspects of this integrative analysis:
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• Deciphering the Mysteries of Life Processes Using Protein Absolute Quantification Technology
The Importance and Principle of Protein Absolute Quantification Technology 1. The Importance of Protein Absolute Quantification Technology Accurate measurement of the quantitative levels of proteins is a basic element of understanding biological systems, which helps to reveal the expression changes of proteins, the regulation of signaling pathways, and the functional regulation, etc. 2. The Principle of Protein Absolute Quantification Technology This technology measures the absolute concentration of......
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• Sixplex TMT 10-Level Proteomics
TMT (Tandem Mass Tags) technology is a widely utilized method for quantitative proteomics, enabling the simultaneous comparison of protein expression levels across multiple samples. In a 10-plex TMT experiment, up to ten different samples can be quantitatively compared. Each TMT tag corresponds to a distinct mass, which can be accurately identified using a mass spectrometer. These tags are covalently attached to proteins or peptides, allowing samples from varying conditions or time points to be analyzed....
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