So some people would say that Hodgkin lymphoma we’re done with now, you know, the cures are so good, what’s there to research, but actually there’s lots more we need to do. So the treatments we give, whether it’s intensive, such as R-CHOP or escalated BEACOPP, whether it’s a bit less intensive, such as Nivo-AVD or BV-AVD, this is still chemotherapy. If we use an ABVD backbone, we’re giving patients 300 milligrams per meter squared of doxorubicin...
So some people would say that Hodgkin lymphoma we’re done with now, you know, the cures are so good, what’s there to research, but actually there’s lots more we need to do. So the treatments we give, whether it’s intensive, such as R-CHOP or escalated BEACOPP, whether it’s a bit less intensive, such as Nivo-AVD or BV-AVD, this is still chemotherapy. If we use an ABVD backbone, we’re giving patients 300 milligrams per meter squared of doxorubicin. That has a significant risk for their heart later in life. And in young women, it increases their risk of breast cancer. So we really shouldn’t sit on our laurels and think we’ve done everything. You know, we need to be thinking who is doing really well and therefore who can we dose de-escalate? We know from a study from South America that even in advanced stage disease, you just give three cycles of ABVD and many patients are cured. So who are those patients that can be cured with much less chemo? And really the way forward here, I think, is doing cell-free DNA analysis. So we’ve already seen that this has real potential to identify low-risk patients. So we know that already. But what we need to be doing now is to do preferably randomized trials where we can integrate that and show that identifying low-risk patients, randomizing them to standard treatment and less intensive treatment maintains that very high cure rate, but also reduces both short and long-term toxicities. So there’s still a long way to go. And ultimately, why are we giving patients chemotherapy at all? There are many other lymphoma subtypes where we’ve gone chemo-free. And ultimately, that should be our aim. So there’s still a lot to do in the field.
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