AjaxTherapeutics (@ajaxthx) 's Twitter Profile
AjaxTherapeutics

@ajaxthx

ID: 1399497737893302278

calendar_today31-05-2021 22:47:30

24 Tweet

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David Steensma, MD (@davidsteensma) 's Twitter Profile Photo

I’m excited to have started this new role as Chief Medical Officer of ⁦AjaxTherapeutics⁩, focused on developing new medicines for patients with myeloid neoplasms. It is a terrific team and brilliant group of founders led by ⁦Ross Levine⁩ #MPNsm #JAK2 ajaxtherapeutics.com/ajax-therapeut…

AjaxTherapeutics (@ajaxthx) 's Twitter Profile Photo

TeamAjax is incredibly excited to announce that David Steensma, MD has joined us as our first Chief Medical Officer. He is an ideal choice to lead our efforts to deliver next-generation therapies to MPN patients. ajaxtherapeutics.com/ajax-therapeut…

AjaxTherapeutics (@ajaxthx) 's Twitter Profile Photo

If you follow David Steensma, MD, our new CMO, give us a follow here if you want to be in the know on all things JAK. There is a reason that the Janus kinases are kings of RTK signaling...

AjaxTherapeutics (@ajaxthx) 's Twitter Profile Photo

Fun JAK2 fact; the homodimeric type I cytokine receptors (EPOR, MPL, GCSFR, LeptinR, GHR) all either exclusively or predominantly engage JAK2 as their partner signaling kinase>other JAK kinases. They have good taste, those receptors..

AjaxTherapeutics (@ajaxthx) 's Twitter Profile Photo

Another fun fact about JAK2. Murine human JAK2 are 91% homologous at an AA level, and are largely able to function similarly in murine/human cells. But human JAK2 is really hard to clone, presumably due to nucleotide secondary structure (try STABL cells at 30 degrees).

AjaxTherapeutics (@ajaxthx) 's Twitter Profile Photo

Ajax Announcement #2. The IND for our lead molecule, AJ-101095, a potent selective type II JAK inhibitor, has been cleared by the FDA. Next stop->clinic. Let's go!. ajaxtherapeutics.com/ajax-therapeut… David Steensma, MD

David Steensma, MD (@davidsteensma) 's Twitter Profile Photo

We've been busy at AjaxTherapeutics! IND application for first type II JAK2 inhibitor (AJ1-11095) to go into clinical trials, based on pre-clinical work done Ross Levine lab and with a molecule designed in collaboration with Schrödinger Therapeutics, has been cleared by U.S. FDA: