That’s a great question. I think that we think that there’s a lot less cardiovascular toxicity that we see with the second generation BTK inhibitors, both acalabrutinib and zanubrutinib. I think that even in patients who have underlying cardiac comorbidities, as long as they are well managed, if a patient has AFib, if it’s controlled on rate control agents or rhythm control agents, and as long as there’s no drug-drug interactions with their cardiac medications I think that we feel comfortable proceeding with BTK inhibitor therapy in this patient population, obviously if they have any side effects or you know concerns we have a higher threshold to investigate that to look into that manage those side effects...
That’s a great question. I think that we think that there’s a lot less cardiovascular toxicity that we see with the second generation BTK inhibitors, both acalabrutinib and zanubrutinib. I think that even in patients who have underlying cardiac comorbidities, as long as they are well managed, if a patient has AFib, if it’s controlled on rate control agents or rhythm control agents, and as long as there’s no drug-drug interactions with their cardiac medications I think that we feel comfortable proceeding with BTK inhibitor therapy in this patient population, obviously if they have any side effects or you know concerns we have a higher threshold to investigate that to look into that manage those side effects. But generally we tend to find these to be very tolerable even in patients with some underlying cardiac comorbidities.
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