Discover and read the best of Twitter Threads about #Pselectin
Most recents (2)
1) Welcome to an #accredited #tweetorial on a unique emerging (in Ph3 now) option for specifically reversing the #antiplatelet effects of #ticagrelor: it's #bentracimab. Expert faculty is antithrombotic agent reversal guru @md_pollack of @UMMCnews, working to create #AHealthierMS
2) This program is intended for #healthcare professionals and is supported by an educational grant from PhaseBio Pharmaceuticals. Faculty disclosures are listed at cardiometabolic-ce.com/disclosures/, and prior programs are available for 🆓CE/#CME credit at cardiometabolic-ce.com.
3) It is an unfortunate fact of life that one cannot prescribe #anticoagulant or #antiplatelet (together, #antithrombotic) therapy without increasing a patient's #bleedingrisk. That is why it should be an individualized risk:benefit decision, ideally . . . 
1/20
New in @ATSBlueEditor, the culmination of over 4 years of work in the @bradleymaron lab, in which we identify that #NEDD9 is a hypoxia-regulated pulmonary endothelial protein that directly binds activated platelets to promote pulmonary thrombosis.
atsjournals.org/doi/10.1164/rc…
New in @ATSBlueEditor, the culmination of over 4 years of work in the @bradleymaron lab, in which we identify that #NEDD9 is a hypoxia-regulated pulmonary endothelial protein that directly binds activated platelets to promote pulmonary thrombosis.
atsjournals.org/doi/10.1164/rc…
2/20
The @bradleymaron lab previously discovered that the malignancy protein #NEDD9 promotes endothelial fibrosis by regulating collagen synthesis in human pulmonary artery endothelial cells (HPAECs), which could be targeted to inhibit #PAH in vivo.
stm.sciencemag.org/content/10/445…
The @bradleymaron lab previously discovered that the malignancy protein #NEDD9 promotes endothelial fibrosis by regulating collagen synthesis in human pulmonary artery endothelial cells (HPAECs), which could be targeted to inhibit #PAH in vivo.
stm.sciencemag.org/content/10/445…
3/20
As a pro-metastatic protein, #NEDD9 interacts with pro-thrombotic cell types, & it was shown to be ⬆️ via #HIF1α in cancer cells to promote migration. We hypothesized that #NEDD9 is ⬆️ by hypoxia in HPAECs ➡️ pathogenic platelet-EC adhesion.
cancerres.aacrjournals.org/content/70/10/…
As a pro-metastatic protein, #NEDD9 interacts with pro-thrombotic cell types, & it was shown to be ⬆️ via #HIF1α in cancer cells to promote migration. We hypothesized that #NEDD9 is ⬆️ by hypoxia in HPAECs ➡️ pathogenic platelet-EC adhesion.
cancerres.aacrjournals.org/content/70/10/…
