Predicting the Immune Response with NeoScreen™
Are you searching for Neo-Epitopes?
Our unique NeoScreen™ Assay allows you to identify top neo-epitope candidates.
Our aim is to help our customers predict the immune response. Immunogenicity prediction is a key need in the feld of biologics, particularly for cancer vaccines. We want to help our customers to identify “real” epitopes (those that will cause a T-cell response) from pools of potential neo-epitopes generated by sequencing data.
Conversely (e.g., protein/peptide-based therapeutics), there is often a need to predict if an unwanted immune response can occur.Watch video
Reagents – Order online!
When you’re investigating the immune response, you need reagents you can rely on.
Immunitrack has an extensive list of the most common MHC/epitope reagents both monomers and tetramers, as well as FcRn. Click on the category of interest to find out more.
Immunitrack proposes also the production of customized MHC I & II reagents as well as MHC binding assays on request. Contact us on firstname.lastname@example.org to discuss projects.
Eurostars funding for a novel prediction tool to enhance cancer vaccine performanceRead More
Application note: Design of a Neo-Epitope VaccineRead More
Conferences in May 2019Read More
Personalized Cancer Vaccines – first clinical case in progressRead More
Moving Biologics Discovery Forward
Immunitrack has a stellar reputation in the field of peptide-MHC manufacture. Communication was prompt and clear. Our MHC tetramers arrived within a short timeframe. This allowed us to do faster iterations on our project.
Immunologist Biotech Company, California
Novozymes Biopharma uses the FcRn from Immunitrack to develop the albumin based half-life extension platform Veltis®. We have tested a number of commercially available FcRn’s in our screening assay developed for identification of albumin variants with improved affinity for FcRn receptor and found that the biotinylated FcRn’s from Immunitrack deliver superior performance. These biotinylated FcRn’s enable a robust immobilization to Streptavidin-biosensors (Octet Red96 from Pall ForteBio) and deliver very consistent and robust data.
Birgitte Andersen Science manager, Novozymes