< News, Press, & Events

Press Release

Genomenon and Limbus Partner to Advance Genomic Variant Interpretation

April 12, 2021 Ann Arbor, MI

Genomenon and Limbus Partner to Advance Genomic Variant Interpretation

Limbus Medical Technologies Integrates Mastermind Genomic Search Engine into varvis Variant Interpretation Platform

Genomenon® announced a partnership with Limbus Medical Technologies, which includes integration of the Mastermind® Genomic Search Engine into the cloud-based varvis® platform. In the initial integration available now, users of varvis can preview the number of published articles related to their search and easily link out to view the evidence in Mastermind. A deeper integration using Mastermind’s advanced API is underway, which will allow users to view the relevant evidence right inside the varvis platform.

The collaboration stemmed from a shared desire to provide clinicians with the best decision support possible. The integration of virtually all relevant literature into the analysis process of genomic data will make the flood of new data manageable and allow both clinicians and patients to take full advantage of the information generated by next generation sequencing. Leveraging genetic data and clinical evidence is the key to improving the diagnosis of rare diseases and making informed decisions with confidence.

The varvis genomics platform is a complete solution for clinical diagnostics, supporting NGS raw data processing, genomics data management, and variant interpretation. Designed as a clinical decision support system (CDS), varvis also comprises a comprehensive variant database that allows you to review, filter, and classify genetic variants.

Mastermind is the world’s only comprehensive genomic search engine, connecting patient’s genomic data with evidence from the scientific literature – a key requirement in analyzing a patient’s DNA in precision medicine for cancer and genetic diseases. By leveraging the full-text content of millions of genomic research articles, Mastermind has created a comprehensive database of over 7 million published variants across all genes and gene elements, updated on a weekly basis.

“The deep integration of Mastermind into varvis is a very logical step in the evolution of our products.” explains Dr. Ben Liesfeld, Managing Director of Limbus. “It brings the most rapidly growing collection of scientific genomic literature into the patient-centered varvis cockpit so that the clinician can view all relevant information for this specific patient at a glance.”

“We’re excited to partner with Limbus to put the most comprehensive and up-to-date genomic research in the hands of geneticists and researchers performing genomic analysis.” said Mike Klein, CEO of Genomenon. “Our relationship extends Mastermind’s global reach, and connecting Mastermind with varvis provides significant value in cutting turnaround time and increasing diagnostic yield for genetic labs.”


Genomenon is a genomics intelligence company dedicated to improving the quality of life of genetic disease and cancer patients by making genomic information actionable. Blending the power of AI with the precision of genomic expertise, the company empowers pharmaceutical companies and the clinical diagnostic community with empirical genomic evidence and insights that both support the development of novel therapeutics and speed diagnostic assessments and treatment recommendations.

Limbus Medical Technologies

Limbus Medical Technologies GmbH is a medical device manufacturer and software development company and created the clinical decision support system varvis®. Besides NGS data analysis and variant interpretation, our services comprise first class support, training, automated quality control and validation compliant with relevant international guidelines. varvis® is a registered CE-IVD device and specifically designed to aid in the diagnosis of patients.

For more information, visit: varvis.com

Read the Article
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.