4D-DIA Quantitative Proteomics Service

4D-DIA quantitative proteomics is an emerging high-throughput mass spectrometry technology that combines data-independent acquisition (DIA) strategies with four-dimensional (4D) separation techniques. It involves digesting protein into peptide by protease and separating peptide by liquid chromatography (LC), followed by mass spectrometry (MS) for detection and identification of peptide. It enables high-throughput and high-sensitivity quantitative analysis of proteins in biological samples. 4D-DIA is widely used in fields such as biomedicine research, disease diagnosis, and drug development. Its in-depth analysis of proteome helps reveal biological process, discover potential biomarker, and study drug targets to promote scientific research and clinical applications. MtoZ Biolabs provides integrate 4D-DIA Quantitative Proteomics Service.

Analysis Workflow

Sample Preparation

Proteins extraction from biological samples, followed by purification and concentration.

Protein Digestion

Protein digestion with enzymes (such as trypsin) to produce peptides.

Peptide Separation

Peptides separation by high-performance liquid chromatography (HPLC).

Mass Spectrometry Analysis

4D-DIA analysis of separated peptides by mass spectrometer, including their retention time (RT), mass-to-charge ratio (m/z), ion intensity, and ion mobility, followed by mass spectrometry data collection and mass spectrum match.

Data Processing and Quantitative Analysis

Identification of peptide and quantification of protein by searching for mass spectrometry databases.

Service Advantages

High Throughput

4D-DIA technology can analyze a large number of samples simultaneously, significantly reducing experimental cycle and improving experimental efficiency.

High Accuracy

4D-DIA technology uses high-sensitivity, high-resolution mass spectrometers for protein quantification, offering high accuracy and reliability and avoiding error and omission.

Comprehensive Coverage

4D-DIA technology can analyze almost all proteins in samples, not just specific ones.

Data Reproducibility

The data generated by 4D-DIA technology have high repeatability and reproducibility, ensuring the stability and credibility of experimental results.

Applications

Functional Proteomics Research

Exploration of the structure, function, and interactions of proteins, providing a critical theoretical foundation for biological science.

Protein Modification Research

Modifications of protein can affect its function and regulatory roles. 4D-DIA quantitative proteomics is used to study various types of protein modifications, such as protein phosphorylation, protein acetylation, protein methylation, etc.

Disease Biomarker Identification

Identification of potential disease biomarkers by comparing pathological samples with normal samples, enhancing the accuracy of early diagnosis and efficacy of disease treatment.

New Drug Development

In-depth research on the mechanisms of drug action to develope more targeted medications and offer personalized treatments.

Sample Submission Requirements

We accept a variety of samples, including cell samples, tissue samples, body fluid samples (such as serum, plasma, urine, saliva, etc.), and microorganism samples (such as bacteria, viruses, fungi, etc.).

Service atMtoZ labs

Experimental Procedures|Relevant Mass Spectrometry Parameters|Detailed Information on 4D-DIA Quantitative Proteomics|Mass Spectrometry Images|Raw Data