Chemotherapy guidance based on efficacy of treatment regimen in cancer cells from the individual patient

The ChemoGuide project will clinically validate a proto-type technology (2treat) developed in the previous Research for SMEs project, Integrated Chemical Synthesis and Cell screening in patient cells (ICSC). The project will execute a clinical study to evaluate the 2treat tests capability of predicting which combination therapy that is most efficacious and show no resistance in the individual colorectal cancer patient. The prediction is based on reading the cell functional output cancer cells isolated from the individual patient. The clinical study will serve to verify the capability and robustness of the 2treat test. The 2treat test is formatted as an easy-to-use, disposable test array.
Colorectal cancer is now the most diagnosed cancer in EU, and the prognosis of especially stage III and IV patients is very poor. The 2treat test is expected to provide a major benefit to these patients by significantly improving the Prognosis Free Survival (PFS). Importantly oncologist will be provided the first technology that is capable of testing the cell-functional output of all combination treatment regimens used for treatment of colorectal cancer in Europe and USA before a first line treatment is launched. The technology will both improve treatment quality for the individual patient and raise the cost efficiency providing a positive impact on the health care systems.

Short name and number: 
CHEMOGUIDE, 15718
Name of US Partner: 
REGENTS OF THE UNIVERSITY OF COLORADO
Contact: 

REGENTS OF THE UNIVERSITY OF COLORADO

Administrative contact: Wells MESSERSMITH (Dr)
Marine Street - Room 479 3100, BOULDER CO, UNITED STATES
Tel: +1-3037240747

http://www.colorado.edu/vcr/ocg

Coordinator:

2CUREX

Administrative contact: Ole THASTRUP (Dr)
Birkevej 37, BIRKEROED, DANMARK
Tel: +45-22115399

 

Participating Countries: 
Denmark
Germany
Spain
United States
Area: 

FP7 - Research theme: Research for the benefit of SMEs

Category: 

FP7 Project with U.S. partner