Services for omics research

by Biogenity


We offer highly specialized services to follow treatment effects and biomarker discovery. Besides Biogenity's complete omics workflows, we offer many specialized services, such as customized data analysis, data processinge, and more.

If you’d like to learn more, we are happy to discuss your project and help you get the most out of your omics analysis.


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Omics discovery services

Proteomics

Explore our different tailored workflows and discover new insights.

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Metabolomics

Discover metabolomic changes or measure the concentration of your targeted metabolites.

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Transcriptomics

Investigate the biological systems with Biogenity's complete workflows for RNA.

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Multiomics

Tap into system biology and discover how we can assist you in mapping biological mechanisms.

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Data analysis services

Data cleaning and visualization

Benefit from Biogenity's team of specialists ready to process raw data into meaningful data.

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Statistical analysis

Check out our DEMO report or book an online meeting with a data scientist.

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Bioinformatical analysis

Discovery of how to turn data into biology with Biogenity's powerful tools.

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AI powered data analysis

Explore AI in diagnostic models and explainable AI in biomarker discovery.

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Peptide and protein annotation

Benefit from validating or discovering the peptides and proteins in your data.

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Discover the stratification power of Deep Learning on your cohort

Find your optimal treatment group

By using Machine- and Deep Learning, you can unlock novel patterns for personalized medicine and discover systematic dependencies for differentiation of treatment responders.

Biogenity's workflows for explainable AI can enable you to uncover which clinical information and biomarkers are determinators for diagnostics and prognostic predictions. Enhance your knowledge or optimize your tool and get a model including the correct performance matrix to acuminate your assay.

Journal
Journal

Get inspired by the brilliant research performed in collaboration with Biogenity


We want to highlight this work, as Alzheimer's disease (AD) is the most common cause of dementia worldwide. Dr. J. Bastrup's approach for spatial differentiation of the effect of a drug shows the power of combining proteomics with technics such as laser microdissection.