TCRs are very interesting and very important technology, in particular because it can address intracellular proteins, result of tumor-type, tumor-typical mutations or new proteins. That’s a big advantage. So, this advantage is a restriction to certain HLA molecules. So far, we did not have so many convincing data with respect to relapse prevention. If you look into the reviews, most deal with technical problems or approaches how we can improve the efficacy...
TCRs are very interesting and very important technology, in particular because it can address intracellular proteins, result of tumor-type, tumor-typical mutations or new proteins. That’s a big advantage. So, this advantage is a restriction to certain HLA molecules. So far, we did not have so many convincing data with respect to relapse prevention. If you look into the reviews, most deal with technical problems or approaches how we can improve the efficacy. Quite recently, as I’ve shown in the talk, there was an impressive series of patients reported from Seattle with 100% prevention rate in a small group of high-risk AML patients. If this promise holds through, I think this will be, let’s say one of the most effective technologies that we have in the field.