For Clinical Laboratories

Provide physicians with ancestry-specific absolute risk reporting for a range of chronic diseases

Allelica provides physicians and patients with ancestry-specific, PRS integrated clinical-grade risk reports for a range of common diseases

Our simplified pipeline is optimized for fast results

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Upload raw microarray or lcWGS data through API or FTP integrations

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Select all diseases and traits of interest

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Within minutes, white-label PRS reports are generated and uploaded directly into a user portal

Generate customized PRS reports for a range of common diseases
The PREDICT module builds personalized PRS reports for a range of common diseases, including breast cancer, prostate cancer, Type 2 Diabetes, and Alzheimer's Disease. From a simple file upload of raw genotyped data, the module generates individual customized genetic risk reporting by leveraging Allelica's advanced analytics and the UK Biobank dataset. The technology accounts for a patient’s ancestry by utilizing the genetically diverse 1000 Genomes Project resource and ancestry specific risk distributions.
The highly customizable reports include:
Top-performing PRS for a user-defined range of diseases
10-year risk of disease
Risk at 75 years
Absolute risk, integrated with clinical risk factors and monogenic variants
Ancestry-specific analysis
personalized reporting
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Streamlined Polygenic Risk Score analysis
Allelica’s secure and easy-to-use platform streamlines the complex process of PRS analysis and reporting through a fully automated infrastructure. The technology empowers genetics labs and research groups to compute published PRS and generate new scores using a suite of the most powerful algorithms and bioinformatics tools. The platform has been used to develop and publish top-ranking PRS for coronary artery disease, breast cancer and prostate cancer.
The Software as a Service (SaaS) can be deployed in the cloud or as an on-premises solution for comprehensive PRS analysis. Platform capabilities include
Individual ancestry-specific PRS calculation
Automated clinical-grade report generation
New Polygenic Risk Score development and validation tools