Patrick Rensen (@rensen_lab) 's Twitter Profile
Patrick Rensen

@rensen_lab

Professor metabolic aspects of vascular disease I Chairman European Lipoprotein Club #brownfat #nash #circadianrhythm #atherosclerosis

ID: 1292837707719335937

linkhttp://www.rensenlaboratory.nl calendar_today10-08-2020 14:58:38

220 Tweet

1,1K Followers

888 Following

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Just published: a novel pharmacological approach to block #nash development by specifically activating LXRa in macrophages. Proud of Enchen ! 😊👍 embopress.org/doi/full/10.15…

Just published: a novel pharmacological approach to block #nash development by specifically activating LXRa in macrophages. Proud of <a href="/Enchen__Zhou/">Enchen</a> ! 😊👍
embopress.org/doi/full/10.15…
Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Combined #GIP and #GLP1 receptor agonism additively attenuate #NAFLD development. Proud of Zhixiong and Robin! 😊👍 LUMC Leiden Eli Lilly and Company sciencedirect.com/science/articl…

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Today Robin van Eenige defended his thesis ‘Targeting adipose tissue to improve cardiometabolic health’ with flying colors! All six experimental chapters, mainly supervised by @KooijmanSander have been published. Very proud promotor! 😊 LUMC Leiden

Today Robin van Eenige defended his thesis ‘Targeting adipose tissue to improve cardiometabolic health’ with flying colors! All six experimental chapters, mainly supervised by @KooijmanSander have been published. Very proud promotor! 😊 <a href="/LUMC_Leiden/">LUMC Leiden</a>
Hepatic Cell News (@hepaticcellnews) 's Twitter Profile Photo

.LUMC Leiden researchers and collaborators show that inhibition of DHCR24 decreases liver #collagen content and plasma alanine transaminase levels in an established #NAFLD model. 🔓 #OpenAccess at EMBO Mol. Medicine bit.ly/46kjCW9

.<a href="/LUMC_Leiden/">LUMC Leiden</a> researchers and collaborators show that inhibition of DHCR24 decreases liver #collagen content and plasma alanine transaminase levels in an established #NAFLD model. 

🔓 #OpenAccess at <a href="/EmboMolMed/">EMBO Mol. Medicine</a>
bit.ly/46kjCW9
Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Today Huub van Eyk defended his thesis ‘GLP-1 receptor agonism to improve cardiometabolic health’, also with flying colors! Proud promotor! 😊🎉🎈 LUMC Leiden

Today Huub van Eyk defended his thesis ‘GLP-1 receptor agonism to improve cardiometabolic health’, also with flying colors! Proud promotor! 😊🎉🎈 <a href="/LUMC_Leiden/">LUMC Leiden</a>
Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Pharmacological inhibition of DHCR24 prevents #nash development by increasing the endogenous #lxr agonist #desmosterol! LUMC Leiden #patentpending 👇 lumc.nl/en/about-lumc/…

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Highly recommended PhD position with a dedicated supervisor in Almería, and with the opportunity to perform part of the research at LUMC Leiden! 😊👍

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Proud of @KooijmanSander who was awarded a Dekker Senior Scientist grant of the Dutch Heart Foundation to dive deeper into the #circadianrhythmn of #brownfat to reveal novel (chrono)therapeutic approaches to comBAT atherosclerotic #CVD! 😊👍 #batman LUMC Leiden 👇

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Proud of Milena Schönke who just received an #EFSD grant to study the molecular mechanisms by which late #exercise via the #gut #microbiome improves #NAFLD! LUMC Leiden 👇

Proud of <a href="/MilenaSchonke/">Milena Schönke</a> who just received an #EFSD grant to study the molecular mechanisms by which late #exercise via the #gut #microbiome improves #NAFLD!  <a href="/LUMC_Leiden/">LUMC Leiden</a>
 👇
Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

CETP Inhibition may well have therapeutic applications beyond targeting ASCVD, including protection against septicemia. Certainly relevant, giving that the bulk of circulating #CETP derives from #macrophages! LUMC Leiden NewAmsterdam Pharma Corporation sciencedirect.com/science/articl…

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

#CETP inhibition enhances bacterial clearance to reduce pneumoniae-associated mortality in APOE*3-Leiden.CETP mice, suggesting CETP inhibitors to be repurposed to prevent #sepsis-related mortality in humans! LUMC Leiden insight.jci.org/articles/view/…

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

It was a real pleasure to give a keynote on (pre)clinical studies on #brownadiposetissue #bat at the annual meeting of the Austrian Atherosclerosis Society. Thank you so much for the kind invite! LUMC Leiden

Patrick Rensen (@rensen_lab) 's Twitter Profile Photo

Just online: Liver-targeted Angptl4 silencing attenuates hyperlipidemia and atherosclerosis development in APOE*3-Leiden.CETP mice, our well-established model for human-like lipid metabolism and cardiometabolic diseases LUMC Leiden Lipigon Pharmaceuticals academic.oup.com/cardiovascres/…