Pemi31 Therapeutics is now seeking investment for the final stage of pre-clinical development and the launching of its pre-IND phase for its therapeutic platform targeting lipid lowering and prevention of NASH. (Attached: latest published US patent for PC…https://t.co/2EkiTzaRc1
@ProfKausikRay, a member of our clinical advisory board, shared data from our ROSE study in his #ACC22 session describing How to Go Lower. The data show obicetrapib, our oral #CETP inhibitor, is effective at lowering LDL-c in combination with high-intensity statin therapy.
Pemi31 Therapeutics advances its IP Portfolio aimed at lowering PCSK9 and treating atherosclerosis and NASH via a first in class mechanism that increases LDLR expression. The HSP27 immune complex is a platform technology (called ICAST for Immune Complex A…https://t.co/VdWGrfpCmi
The new "one-two punch" to prevent atherogenesis: HSP27 Immunotherapy lowers cholesterol AND inflammation.
Novel mechanism for upregulated LDL-R expression, lowering of PCSK9 and reduction in systemic, plaque and hepatic inflammatory biomarkers.
Now i…https://t.co/pJkyzQ7QnI
NEW PODCAST – You can also listen to Dr. Michelle Gagnon talk about her paper’s recommendations for how Canada can learn and improve its public health on Intended Consequences now!
Great to see @CaladriusBio continue to show important progress developing therapies for coronary micro vascular dysfunction, an increasingly recognized cause of angina in women - particularly post-menopause
Stories like these emphasize the dire need for therapies treating cardiovascular diseases, particularly in women, like our CD34+ cell therapy, CLBS16, for the treatment of coronary microvascular dysfunction.
https://t.co/iePZzMZJQT @HeartSisters@EdOBrien_HSP27@DrMarthaGulati
Can you get cholesterol out of atherosclerotic arteries ... and reduce plaque inflammation? Previously we showed that Heat Shock Protein 27 (HSP27) could do both via reverse cholesterol transport. Our latest study shows that one method by which HSP27 prom…https://t.co/q2YRqTBkQb
Twice as many men as women die of COVID-19. Why? It is possible that female hormones, like estrogens, may be protective against the ravages of the SARS-CoV-2 viral infection.
Heat Shock Protein 27 (HSP27) is an estrogen-responsiv…https://t.co/faKhEvuZlE https://t.co/11lZ7EgFAk
Inflammation plays a critical role in atherogenesis and plaque instability. While Heat Shock Protein 27 (HSP27) lowers cholesterol, it also dampens inflammation - dual modality "athero-protection". See the latest review paper from…https://t.co/XA4OZYJsnJ https://t.co/8qlk5PnJXg
The loss of a giant in vascular biology - an atypical mentor and an incomparable mind - we will all miss his impetuous but brilliant questions that seemed to come from left field, but were always right on target. He trained many but inspired many more, his legacy will live on.
Dr. Stephen Schwartz, 78, a longtime professor of pathology @UWMedicine@uwpathology is remembered for his pioneering work in vascular biology, for mentoring generations of scientists, & for his vigorous advocacy for research & scholarly endeavors https://t.co/MLRx1AKOpB
Sad to learn of the passing of a great scientist and collaborator. Although we focused on different diseases - she was always quick to share common biological insights. Obituary: Professor Jackie de Belleroche PhD, DS 1945-2019 | Imperial College London https://t.co/rEtjPyrF7V
Luckily @cityofcalgary warmed up yesterday for CUPS Xmas in January 2020! Over 250 guests, @calstampeders and Mayor @nenshi! Congratulations to @CarleneDonnelly and her @CUPSCalgaryAB staff, volunteers. Thanks to the @HyattCalgary for the delicious meal!
Catch What the @HeartandStroke Foundation of Canada is saying about our Women's Heart Health research aimed at developing novel vaccination therapies for Post-menopausal Coronary Artery Disease https://t.co/2Mc0rf3E1i
Catch What the Heart & Stroke Foundation of Canada is saying about our Women's Heart Health research aimed at developing novel vaccination therapies for Post-menopausal Coronary Artery Disease https://t.co/mbKBIvcvP8