I presented an oral presentation this morning in which we compared haploidentical donors to mismatched unrelated donors for secondary AML. So for secondary AML, we have shown in a series of papers that haploidentical transplant may overcome the poor prognosis of secondary AML, can rescue about 60% of the patients in CR1 and about 30% of the patients with relapsed/refractory disease. And there was no difference if you use haplo and PTCy between de novo AML and secondary AML...
I presented an oral presentation this morning in which we compared haploidentical donors to mismatched unrelated donors for secondary AML. So for secondary AML, we have shown in a series of papers that haploidentical transplant may overcome the poor prognosis of secondary AML, can rescue about 60% of the patients in CR1 and about 30% of the patients with relapsed/refractory disease. And there was no difference if you use haplo and PTCy between de novo AML and secondary AML. And in the paper that I presented today, we compared haploidentical donors to mismatched unrelated donors with PTCy. And again, there was no difference. So the best donor in our hands, this is a paper that is in press in the American Journal of Hematology, is a sibling donor. But then if you have a haploidentical donor or mismatched unrelated donor, both can be an alternative if no sibling donor for secondary AML.
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