AINIA / Quality and Safety / Omics studies of biomarkers
- Quality and Safety
Discovery and study of biomarkers using omics technologies
Advanced multi-omics analysis and data integration for biomarker Discovery and characterisation
Need for advanced solutions for biomarker identification
The pharmaceutical, biotechnology, food and clinical sectors are increasingly seeking tools capable of offering a deep and multi-capability understanding of biological systems. Technologies such as genomics, transcriptomics, proteomics and metabolomics make it possible to detect predictive, diagnostic and prognostic molecular signatures with unprecedented precision.
Our solution
To respond to the growing market demand for omics studies, we offer a comprehensive solution based on state-of-the-art technologies.
Our laboratory combines high-throughput sequencing platforms (NGS) with high-resolution mass spectrometry (LC-HRMS/MS), enabling in-depth and simultaneous analysis of:
- Genomic variations.
- Protein profiles.
- Relevant metabolomic signatures.
This multi-capability approach provides a comprehensive view of the biological state of complex systems, which is key to the robust identification of diagnostic, prognostic and functional biomarkers.
In addition, our bioinformatics infrastructure is designed to process large volumes of data, integrate different omics levels and extract relevant information.
This approach makes it possible to transform complex data into interpretable results geared towards decision-making.
We accelerate R&D processes, reduce uncertainty and add value in clinical, industrial and biotechnology contexts.
Applications
- Identification of high-precision diagnostic biomarkers
- Discovery of molecular signatures for patient stratification
- Omics validation of therapeutic targets and mechanisms of action
- Molecular monitoring of bioprocesses and the quality of biotechnology products
Impact and benefits
- Increased strategic value of R&D through decisions based on molecular evidence
- Significant reduction in time and costs through integrated omics data
- Greater precision in the development and validation of biotechnology products
- Improved competitiveness and differentiation thanks to robust biomarkers
Innovation and biomarkers
The application of omics studies for biomarker discovery has represented a qualitative leap in our innovation capacity. We have succeeded in detecting differential biomarkers with high strategic value, scientifically supporting our decisions and strengthening the competitiveness of our products and processes.
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