De Novo Sequencing Service

    Accurate determination of protein sequences is fundamental in the development of commercial monoclonal antibodies, vaccines, and diagnostic kits. Traditional sequencing methods uses database searching for protein sequencing, and has limitations for sequencing the unknown proteins, which may not be included in the database. De novo sequencing is a novel sequencing methods, with no need for database searching, and therefore, is the optimal method for analyzing unknown proteins and antibodies. Based on the world's most advanced mass spectrometry instrument, Obitrap Fusion Lumos, and combined with rich experience in bioinformatics analysis, MtoZ Biolabs has established a whole new generation of de novo sequencing platform that can achieve accurate sequence analysis of monoclonal antibodies and proteins, independent of any database searching. The primary sequence of proteins and antibodies and any mutations on the sequence can be analyzed quickly and accurately, without any prior information of the protein.

     

    Advantage of De Novo Sequencing

    1. Advanced High-Resolution Mass Spectrometry Technology

    2. 100% Protein/Antibody Sequence Coverage

    3. 95% Accuracy for Sequencing the First Amino Acid

    4. Minimum Amount of Sample Required

     

    De novo Sequencing

     

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    Antibody De Novo Sequencing

    MtoZ Biolabs is proud to offer antibody de novo sequencing service, using high-resolution Obitrap Fusion Lumos mass spectrometry.

     

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    Protein De Novo Sequencing

    MtoZ Biolabs develops an advanced mass spectrometry platform and ensures high-efficient and accurate protein de novo sequence analysis.

     

    Related Services

    Protein Sequencing

    Protein De Novo Seq

    N-Terminal Sequencing

    C-Terminal Sequencing

    Edman Degradation

    Protein Full-Length Sequencing

     

    Protein Analysis

    Protein Identification

    Protein Mass Measurement

    LC-MS Analysis of Pull-Down Proteins

    Native MS Analysis

     

    PTM Analysis

    Phospho Proteomics

    Acetyl Proteomics

    Ubiquitin Proteomics

    Glyco Proteomics

    Disulfide Bond

    Histone Modifications

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