Nagy Lab
@LaszloNagyLab
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Official Twitter of Prof. Laszlo Nagy’s Lab @HopkinsMedicine @AllChildrens Epigenomic and transcriptional regulation Laszlo Nagy's tweets will be signed -LN-
St. Petersburg, FL
Joined November 2019
We are so happy to be involved in the process of training and inspiring the next generation of scientists. @anpatsalos @AllChildrens
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RT @inespinedatorra: Delighted to host today @cabimer Prof Lazlo Nagy from #JohnHopkins to tell us about Nuclear receptors and epigenetic c…
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Celebrating Postdoc appreciation week with some refreshing ice pops
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The Nagy Lab welcomes @xiaoyong_yang from Yale as a visiting (sabbatical) professor for the next four months. Hope that he will enjoy discussions in the lab and have also some fun on the beaches. (LN)
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RT @InMotionScience: #VideoAbstract A growth factor–expressing macrophage subpopulation orchestrates regenerative inflammation via GDF-15 (…
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Congratulations on a recent laboratory publication, "A growth factor-expressing macrophage subpopulation orchestrates regenerative inflammation via GDF-15," first authored by Andreas Patsalos! Click on the link to view:
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Here is our Charles River Spotlight episode: Everything you ever wanted to know about skeletal muscle regeneration…
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Nagy Lab and IFBR post-docs and lab members celebrate Post-doc Appreciation Week with popsicles. Thanks for all your work and dedication! -LN
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The Nagy Lab would like to welcome our newest post-doctoral fellow Dr. Xiaoyan Wei (@Xiao_yan_Wei) who arrived in FL in November coming from Germany at the @MPI_MolGen and @fubcp where she received her PhD.
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The Nagy Lab wishes best of luck to our lab manager Marco Suarez, who has moved on to get additional training in clinical laboratory research. His work and devotion to the wellbeing of the lab is much appreciated.
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The Nagy lab wishes all of its friend and followers a Happy Holidays and a prosperous new year for 2021!
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@LaszloNagyLab has a new review out in @FrontEndocrinol from @ZCzimmerer and @HalaszLaszlo, where we give an overview for the recent advances in the understanding of the lipid-activated nuclear receptor-mediated non-classical actions in macrophages.
New Research: Unorthodox Transcriptional Mechanisms of Lipid-Sensing Nuclear Receptors in Macrophages: Are We Opening a New Chapter?: Work over the past 30 years has shown that lipid-activated nuclear receptors form a bridge between… #Endocrinology #Endo
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RT @AllChildrens: Dr. Laszlo Nagy & his team (@LaszloNagyLab) set out to discover how the body signals macrophages, white blood cells that…
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RT @GenesDev: In this study, Daniel et al. examined the mechanisms of macrophage polarization in general and alternative polarization in pa…
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RT @BenceDaniel2: It was awesome to read this superb overview of our EGR2 study @AllChildrens @LaszloNagyLab @HalaszLaszlo @ZCzimmerer publ…
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@AllChildrens article on our latest published research in @GenesDev, discussing the role of a novel transcription factor #EGR2 in alternative macrophage polarization.
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RT @StrickerLab: Thanks to all collaborators and special congratulations to @Xiao_yan_Wei , who is starting a postdoc in @LaszloNagyLab thi…
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A big congratulations to our post-doc @anpatsalos for winning the award for Best Abstract for his work investigating GDF15's role in skeletal muscle regeneration, at the 9th Annual Research Symposium at @AllChildrens. Great job!!!
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Questions: 1. Is there a role for EGR2 in lung-resident macrophages or in pathological conditions (helminth infection, allergies, asthma etc.), where Th2-type inflammation is dominant? 3. Does EGR2 control human alternative macrophage polarization? Mechanism of repression? 11/n
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