We've updated our Privacy Policy to make it clearer how we use your personal data. We use cookies to provide you with a better experience. You can read our Cookie Policy here.

Advertisement

Genomic Vision Receives EUR 473,000 Boost to Technology Development Program

Listen with
Speechify
0:00
Register for free to listen to this article
Thank you. Listen to this article using the player above.

Want to listen to this article for FREE?

Complete the form below to unlock access to ALL audio articles.

Read time: 1 minute

Genomic Vision announces the certification and financing of two of its R&D projects by two organizations involved in oncology.

The certification of two of its projects by Medicen Paris-Region and France's National Cancer Institute (INCa - Institut National du Cancer) means that Genomic Vision will be able to complete the technical developments required for the use of its molecular combing technology for early cancer diagnosis within two years and also to widen the oncology applications of the technology.

The first Genomic Vision R&D project, Cancer Diagnosis using Molecular Combing, has been certified by INCa as part of its innovation in cancer initiative. As a result, the company will receive EUR 180,000.

The second R&D project for which Genomic Vision will receive certification and financing is Biotype, under the auspices of Medicen. The Ile de France Regional Council is contributing EUR 1.7 million to Biotype. Out of this, Genomic Vision will receive EUR 293,000.

"Genomic Vision's goal is to extend the use of our molecular combing technology diagnostic tools to hospitals after achieving widespread presence in research labs," said Aaron Bensimon, founder, president and CEO of Genomic Vision.

"Thanks to our investors and these two new grants, we will be able to concentrate on the development of our technology for routine diagnostic applications."

The Cancer Diagnosis using Molecular Combing project is aimed at providing proof of concept for early diagnosis of cancer by analyzing re-arrangement of genes in genomic regions representing great distances. Achieving this goal will entail technical optimization to overcome constraints specific to this type of diagnosis, and also the validation of these developments on the chosen pathologies.

Genomic Vision expects the project to lead to the opening up of various applications of molecular combing in oncology, such as diagnostics, discovery of cancer drugs and pharmacogenomics.