So we know that the genomic complexity is defined as like three or more genetic aberrations or chromosomal aberrations in the patient’s genome. And we know that it has an impact, especially looking at the chemoimmunotherapy era, where patients were treated a lot with FCR or BR, for example. And we know that it has a negative impact on prognosis. So in recent data or literature at the moment is showing us that there’s a lot to be gained with treating the patients with targeted therapies...
So we know that the genomic complexity is defined as like three or more genetic aberrations or chromosomal aberrations in the patient’s genome. And we know that it has an impact, especially looking at the chemoimmunotherapy era, where patients were treated a lot with FCR or BR, for example. And we know that it has a negative impact on prognosis. So in recent data or literature at the moment is showing us that there’s a lot to be gained with treating the patients with targeted therapies. What we don’t know yet, or the data is not super clear at the moment, on continuous BTK inhibition in these patients. So this is definitely something that needs to be studied further. But we do see that the targeted therapies that are basically now a standard of care in most places, actually that the patients profit from it. And I think there’s also an interesting talk here at this meeting being presented about how TP53 mutations or homozygotic mutations or aberrations are outweighed kind of by the complex karyotype. So complex karyotype becomes more and more of a prognostic impact or has a prognostic impact and should be assessed more frequently.
This transcript is AI-generated. While we strive for accuracy, please verify this copy with the video.