For high-risk ET, which has traditionally just been treated with hydroxyurea, I think that does an okay job with treating the blood counts and maybe mitigating some of the thrombotic risk. But we know that the high-risk ET patients aren’t just high risk for thrombosis or blood clots that are high risk for disease evolution to myelofibrosis, to leukemia, to decreased overall survival...
For high-risk ET, which has traditionally just been treated with hydroxyurea, I think that does an okay job with treating the blood counts and maybe mitigating some of the thrombotic risk. But we know that the high-risk ET patients aren’t just high risk for thrombosis or blood clots that are high risk for disease evolution to myelofibrosis, to leukemia, to decreased overall survival. And so I think studying some of these newer agents, either older but newer, like interferons, which have had a kind of revolution, or the newer targeted agents to try and actually kind of harness newer medicine to target deeper responses and target disease modification is really how I see the field evolving in the next few years. and trying to maybe even take someone who’s high-risk for ET and kind of reduce their risk, not only for blood clots, but for everything that we care about.
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