Connor Lantz retweeted
Born to heal: Why babies recover, but adults scar, after heart damage: For Journalists - Northwestern University news.northwestern.edu/storie…
Connor Lantz retweeted
Early-age efferocytosis directs macrophage arachidonic acid metabolism for tissue regeneration: Immunity cell.com/immunity/fulltext/S…
Connor Lantz retweeted
Northwestern Pathology was well-represented at the @NUFeinbergMed Lewis Landsberg Research Day with graduate students Connor Lantz and Maureen Haynes winning first and second place poster for the Basic Science Research category! #PurplePath
📸: @DaveSullivanPhD
Connor Lantz retweeted
JCI - Cardiac macrophages and emerging roles for their metabolism after myocardial infarction jci.org/articles/view/171953
Connor Lantz retweeted
Replying to @NU_Pathology
@NU_Pathology with a strong showing at Landsberg Research Day! Great job presenting your impressive research projects Connor and Maureen! @thorplab @immunology_nu @NUFeinbergMed
Connor Lantz retweeted
Conner Lantz's abstract is about how macrophage apoptotic cell receptor MerTK triggers the synthesis of bioactive lipids to promote regeneration.
Connor Lantz retweeted
Large language model generative AI chatbots require approval as medical devices.
Comment from @Stephen44026116 @DrHughHarvey Tom Melvin @erikvollebregt @PaulWicks and colleagues.
nature.com/articles/s41591-0…
Connor Lantz retweeted
Metabolism: How removal of damaged cells impacts energy availability in the retina: Current Biology (great job Connor Lantz on important work by Etchegaray of Ravichandran group) cell.com/current-biology/ful…
Connor Lantz retweeted
Thrilled to have had Dr. Klaus Ley, Co-Director of the Immunology Center of Georgia at Augusta University, join us for the CHI Distinguished Lectureship Series yesterday! #immunology
I am excited to be featured in the latest @NUFeinbergMed Breakthroughs Newsletter! It has been quite a journey bridging basic science research and clinical implications but worth the effort!
Check out the latest issue of Breakthroughs: spr.ly/6010MN7UK
Inside this issue:
🔬 Using Synthetic Biology to Address Complex Problems
🔬 Medical School Receives Largest Research Funding in 2022
🔬 Understanding and Addressing Cardiovascular Disease Disparities
Connor Lantz retweeted
Thank you #EMBOphagocytosis and congratulations @LantzConnor for your competitive award. Have fun in Belgium, while I write grants! 🙂 Well deserved Connor!
Connor Lantz retweeted
A successful #BCVS22 Conference for members of @thorplab! Dr. Matthew DeBerge won the @American_Heart BCVS Outstanding Early Career Investigator Award, a highly competitive honor with only 1 person selected per year. Connor Lantz also took home a top student poster award!
Connor Lantz retweeted
So fortunate to work with such a great and thoughtful group. Ada, you told me to post more, so… @MattFeinsteinMD @Matt_DeBerge @GlintonKris @LantzConnor @SchrothSam @PiccoloEnzo @AWeinstock
Connor Lantz retweeted
#Cover: Efferocytosis induces macrophage-produced VEGFC to ameliorate cardiac injury & inflammation: buff.ly/3KfVV53
Image: cardiac macrophages (CD68-red) & lymphatic vessel endothelial cells (LYVE1-green) in murine cardiac sections
@NU_Lymphatics @WanshuMa @NUFeinbergMed
Connor Lantz retweeted
VERY late sharing our work!
Cardio-omentopexy requires a cardioprotective innate immune response t... sciencedirect.com/science/ar…
Thankful for the support of Dr. Forbess, @thorplab, Wilson, and @LantzConnor
Connor Lantz retweeted
👍 JHLT: The Podcast - JHLT: The Podcast Episode 13: January 2022 @GlintonKris & transplant vasculopathy podcasts.google.com/feed/aHR…
Connor Lantz retweeted
New Potocsnak Longevity Institute Hopes to Lengthen Human ‘Healthspan’ “We think we can slow [aging] down, delay it, even theoretically reverse it." #northwestern #health #aging #Science news.feinberg.northwestern.e…
Connor Lantz retweeted
Been there, run that! Congrats to our faculty and trainees who completed the @ChiMarathon this past weekend! @NUFeinbergMed @NorthwesternMed
Connor Lantz retweeted
.@Matt_DeBerge, @thorplab et al. demonstrate that HIF-1α and HIF-2α activation in myeloid cells antagonizes cardiac repair pathways through cleavage of cardioprotective MerTK and suppression of anti-inflammatory mitochondrial metabolism, respectively. bit.ly/3BV11k9
Connor Lantz retweeted
here in JexMed we link HIF-2 lipid #immunometabolism to inflammation and suboptimal organ repair via macrophages, by @Matt_DeBerge PhD rupress.org/jem/article/218/…
























