Comprehensive Analysis Services
End-to-end and cost-effective bioinformatics solutions for proteomics research, powered by cutting-edge algorithms and validated methodologies. Service is based on workflows for:
- MS-based peptide sequencing
- Protein identification
- Data-Dependent and Independent Acquisition (DDA and DIA)
- Quantitative proteomics: label-free and isotope-coded procedures (TMT, iTRAQ, SILAC, dimethyl)
- Phosphoproteomics: phosphosite-occupancy and phosphorylation changes
- Interactomics (Pull-down, thermal shift assay)
- Drug effects on cell lines, tissues and animal models
- Postranslational modifications
- Preclinical and clinical analysis of plasma and serum
- Proteotype peptides for targeted proteomics: design and MRM data-processing
Research-grade computational capabilities
Our platform is based on highly demanding software like MaxQuant/Perseus, supported by Python and R programming, running on structured servers. This enables researchers to focus on biochemical discoveries and their further validation.
Functional annotation and enrichment analysis (GO, KEGG)
Characterize protein sets with Gene Ontology and KEGG pathway annotations, identify overrepresented biological terms, and prioritize interpretable mechanisms from large-scale datasets.
Clustering analysis
Group proteins and samples by abundance trends to reveal co-regulated patterns, phenotype-associated signatures, and biologically meaningful substructures in proteomic profiles.
Network analysis
Build and interpret protein interaction networks to detect key hubs, functional modules, and connectivity changes that support robust biological hypothesis generation.
Our Research in Action
Exploring proteomes with our bioinformatics expertise. See how we turn complex data into meaningful insights, driving discoveries in biology and medicine.
Ready to accelerate your proteomics research?
Use MZBoostLab computational proteomic workflows for outstanding results under a cost-effective strategy. Contact us to schedule a consultation with our scientific team.