Discover how Vitalytics BioSciences’ cutting-edge quantitative and functional proteomics services can transform your research and unlock groundbreaking insights.
At Vitalytics BioSciences, we offer state-of-the-art quantitative and functional proteomics services to unlock the full potential of the proteome. Our innovative technologies and cutting-edge approaches empower researchers, clinicians, and innovators to understand protein dynamics and their roles in health and disease.
Measures changes in protein abundance across biological samples, providing insights into regulatory mechanisms, disease states, and biomarker discovery.
Aims to understand how proteins operate, interact, and contribute to cellular mechanisms, crucial for exploring disease pathology and pharmacological interventions.
Identify protein biomarkers that can serve as diagnostic or prognostic indicators for diseases.
Map protein-protein interactions, enzyme activity, and functional networks to identify potential therapeutic targets.
Investigate changes in protein levels, modifications, and interactions in different disease states, providing insights into disease progression and potential interventions.
Customize treatment strategies based on protein expression profiles and functional states, ensuring personalized healthcare.
Understand protein interactions and modifications within signaling pathways, providing insights into cellular communication and response to stimuli.
Explore the biological roles of proteins in complex pathways, aiding in the identification of key regulatory elements.
Cutting-edge mass spectrometers with increased sensitivity, resolution, and mass accuracy, enabling the identification and quantification of more proteins from complex biological samples.
A mass spectrometry acquisition strategy that systematically fragments all detectable precursor ions, providing comprehensive proteome coverage and reproducible quantification across multiple samples.
A technique that uses activity-based probes to selectively enrich and profile the active states of enzymes, allowing the identification of functional changes in proteins associated with disease or drug treatment.
A method that uses chemical cross-linkers to capture and identify protein-protein interactions, providing crucial insights into protein complex structures and dynamic cellular networks.
Vitalytics BioSciences combines innovative technologies and cutting-edge approaches to provide comprehensive insights into the proteome, empowering researchers, clinicians, and innovators.
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