In a relapsed fracture setting, we are very fortunate to have so many options with the CAR-T and bispecific and trispecific. But at the same time, there are some of the challenges which still exist, especially some of the patients relapsing despite these therapies, the safety of some of these therapies and access to a large number of patients. So I think there is an ongoing need to have some effective therapies, safer therapies, and at the same time, therapies that can be easily accessible or broadly accessible to a large number of patients...
In a relapsed fracture setting, we are very fortunate to have so many options with the CAR-T and bispecific and trispecific. But at the same time, there are some of the challenges which still exist, especially some of the patients relapsing despite these therapies, the safety of some of these therapies and access to a large number of patients. So I think there is an ongoing need to have some effective therapies, safer therapies, and at the same time, therapies that can be easily accessible or broadly accessible to a large number of patients. So I think at this time, you know, both dual-targeted CAR-T therapies with AZD0120 and the rapid manufacturing process and also dual-targeting could be an important option to overcome those limitations. Similarly, a product like CB-011, which is an allogeneic CAR-T, can also overcome some of the limitations using healthy donor T cells, giving rapid access to patients and also manufacturing on a larger scale. So I think given the fact that myeloma remains an incurable disease, it is important to have these next-generation therapies so that a large number of patients do benefit from these therapies.
This transcript is AI-generated. While we strive for accuracy, please verify this copy with the video.