Lets Remember30 Jan 2019 10:47
How the collaboration came about:
'One characteristic of cancer that makes it particularly difficult to treat is its capacity to induce immune suppression, creating a microenvironment within which it can hide. Moditope beats this naturally, without the need for checkpoint inhibitors, which are dogged by concerns over side effects.
By combining this with BioNTech’s T-cell receptor discovery technology, the two companies hope to find candidates that can specifically bind citrullinated epitopes of the cytoskeletal protein, vimentin, and enolase, an enzyme that is essential to glycolysis – an early stage of energy production.'
'This news comes less than a week after BioNTech announced that it had raised a $270M (€225M) Series A to develop personalized cancer immunotherapies using CAR-T, TCR, and mRNA technologies – so it’s no wonder that Scancell is so pleased to be joining forces with them. Lindy Durrant, CSO at Scancell, commented: “We are delighted to be working with BioNTech, one of Europe’s new immuno-oncology power-houses… Pre-clinical data from our Moditope platform has shown unprecedented anti-tumor effects… this, combined with BioNTech’s engineered T cells specific to Moditope epitopes, could have great potential.”
With cancer being such a deadly disease, it makes sense for biotechs to join forces and share their expertise to develop better treatments. British unicorn, Immunocore, has been boosted by support from big pharma partners, including Genentech and GSK, helping it to discover a second lead compound.'
Samantha leaves the unicorn Immunocore to join the Camel