Protein Identification refers to the experimental confirmation of a protein's identity, including its amino acid sequence, biological origin, and potential function. In life sciences, this...
The N-terminal of a protein marks the beginning of its expression and is integral to regulating subcellular localization, degradation, and turnover. MtoZ Biolabs offers high-quality N-terminal...
MtoZ Biolabs offers state-of-the-art C-terminal sequencing service utilizing LC-MS/MS technology, ensuring high sensitivity and specificity while maintaining compliance with ICH Q6B regulatory...
Protein sequencing service by Edman degradation is a method used to identify the N-terminal sequence of proteins. Edman degradation is one of the most mature methods for N-terminal sequence...
Chemical proteomics analysis service integrates synthetic chemistry, cell biology, and mass spectrometry techniques to probe the interactions between small molecules and proteins, aiding in...
Quantitative proteomics service encompasses a comprehensive array of scientific solutions designed to accurately measure protein abundance and post-translational modifications within complex...
Abstract: Untargeted metabolomics service is a cutting-edge analytical solution that enables comprehensive and unbiased profiling of metabolites in biological samples without prior knowledge of...
Targeted metabolomics analysis service offers a precise and structured approach for quantifying predefined metabolites across biologically relevant pathways. Unlike untargeted metabolomics,...
Quantitative phosphoproteomics service utilizes advanced phosphopeptide enrichment methods combined with high-sensitivity mass spectrometry to accurately quantify and identify phosphoproteins...
Quantitative phosphoproteomics service is designed to systematically and accurately quantify protein phosphorylation across the proteome using high-resolution mass spectrometry. Since its...
Peptide sequencing service provides a powerful and indispensable solution for elucidating peptide structures, identifying post-translational modifications (PTMs), and enabling advanced protein...
