Andreas Patsalos (@anpatsalos) 's Twitter Profile
Andreas Patsalos

@anpatsalos

Instructor of Medicine | Biomedical Researcher 🔬
@LaszloNagyLab &
@JohnsHopkinsDOM 🌴🇺🇸@AllChildrens
#inflammation 🔥 #regeneration 💪
#macrophages

ID: 308817668

linkhttps://www.linkedin.com/in/andreas-patsalos calendar_today01-06-2011 01:52:08

644 Tweet

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621 Takip Edilen

Johns Hopkins All Children's Hospital (@allchildrens) 's Twitter Profile Photo

Researchers from Nagy Lab at our hospital have discovered a novel pathway critical for muscle regeneration following injury, which may one day lead to better treatment for Duchene Muscular Dystrophy.

Andreas Patsalos (@anpatsalos) 's Twitter Profile Photo

Every challenge is an opportunity, a chance to grow, a lesson to learn, and a part of life... You came a long way kiddo 🥳👩‍🔬 #proud #internship #lablife #futuredoctor

Andreas Patsalos (@anpatsalos) 's Twitter Profile Photo

Hey Elon Musk I know you are busy but do you even QC the new cars before delivery? This is how my Tesla MY delivery went today in FL.... Massive crack on the glass roof and missing trunk covers... 🍋 Tesla Motors Club #notahater #qualitycontrol #teslaservice

Sam Zhang is logged off (@_szhang) 's Twitter Profile Photo

1/ Excited to share our new paper "Labor advantages drive the greater productivity of faculty at elite universities" in Science Advances with Hunter Wapman @danlarremore @aaronclauset.bsky.social: scim.ag/AV Why do faculty publication rates increase so much with prestige? Let’s go:🧵

1/ Excited to share our new paper "Labor advantages drive the greater productivity of faculty at elite universities" in <a href="/ScienceAdvances/">Science Advances</a> with <a href="/hneutr/">Hunter Wapman</a> @danlarremore <a href="/aaronclauset/">@aaronclauset.bsky.social</a>: scim.ag/AV

Why do faculty publication rates increase so much with prestige? Let’s go:🧵
NIH (@nih) 's Twitter Profile Photo

#NIH is seeking input on challenges affecting retention in the postdoctoral trainee community. Better understanding of these challenges will help NIH support competitiveness & innovation within biomedical research & its workforce. RFI deadline is 4/14: bit.ly/3E8fRGz

Andreas Patsalos (@anpatsalos) 's Twitter Profile Photo

Thank you to Johns Hopkins Medicine for organizing an amazing ceremony last week. I am incredibly honored to receive the Paul Ehrlich Research Award. Named after the renowned German physician and immunologist Paul Ehrlich, this award recognizes individua…lnkd.in/e8ByxHyd

Andreas Patsalos (@anpatsalos) 's Twitter Profile Photo

Thank you Mrs Zoumidou for the interview at my home country's Cypriot Newspaper Phileleftheros Media Group and the opportunity to talk about my work! #interview #research #regenerativeinflammation lnkd.in/eiszijiX

Riccardo Gottardi (@ricgottardi) 's Twitter Profile Photo

Awesome presentations on multiomics and MSK disease and repair by Tristan Maerz Alice Huang Andreas Patsalos in the preclinical models section of #ORS2024 so much to learn on the role of the immune system!

Awesome presentations on multiomics and MSK disease and repair by <a href="/MaerzAndBlue/">Tristan Maerz</a> <a href="/AHHuangLab/">Alice Huang</a> <a href="/anpatsalos/">Andreas Patsalos</a> in the preclinical models section of #ORS2024 so much to learn on the role of the immune system!
Matthew S. Alexander (@matt_muscle_guy) 's Twitter Profile Photo

Kicking off Day 3 of the New Directions in Biology and Disease of Sk. Muscle conference. Some great talks from Mike Hicks, Carlos Aguilar, Lazlo Nagy, & Andreas Patsalos. Really highlight the power of spatial technologies towards mapping out cell-cell communication within the muscle.

Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Dr. Andreas Patsalos and scientists at Johns Hopkins Medicine reconstructed the dynamic trajectories of #myeloid cells isolated from acutely injured and early-stage dystrophic 💪 muscles. 👓 Check out their findings at Journal of Clinical Investigation | bit.ly/475lsLg

Dr. <a href="/anpatsalos/">Andreas Patsalos</a> and scientists at <a href="/HopkinsMedicine/">Johns Hopkins Medicine</a> reconstructed the dynamic trajectories of #myeloid cells isolated from acutely injured and early-stage dystrophic 💪 muscles.

👓 Check out their findings at <a href="/jclinicalinvest/">Journal of Clinical Investigation</a> | bit.ly/475lsLg
Journal of Clinical Investigation (@jclinicalinvest) 's Twitter Profile Photo

Inflammation as the strong arm in muscle regeneration? jci.org/articles/view/… This issue's cover features work by Andreas Patsalos Laszlo Halasz Nagy Lab characterizing macrophage subtypes in regenerating mouse muscle using spatial transcriptomics.

Inflammation as the strong arm in muscle regeneration? jci.org/articles/view/…

This issue's cover features work by <a href="/anpatsalos/">Andreas Patsalos</a> <a href="/HalaszLaszlo/">Laszlo Halasz</a> <a href="/LaszloNagyLab/">Nagy Lab</a> characterizing macrophage subtypes in regenerating mouse muscle using spatial transcriptomics.
Division of Endocrinology (@endohopkins) 's Twitter Profile Photo

Read about the fascinating work from the lab of our faculty Dr. Laszlo Nagy: hopkinsmedicine.org/news/articles/…, recently published in Journal of Clinical Investigation jci.org/articles/view/…

Read about the fascinating work from the lab of our faculty Dr. Laszlo Nagy: hopkinsmedicine.org/news/articles/…, recently published in <a href="/jclinicalinvest/">Journal of Clinical Investigation</a>  jci.org/articles/view/…
Martin Picard (@mitopsychobio) 's Twitter Profile Photo

If we look at thousands of proteins (i.e., signals) in the human blood, the protein most associated with chronic physical and mental illnesses is the **same protein** as the top marker for mitochondrial diseases: GDF15 When mitochondria cannot flux energy properly, the cell

If we look at thousands of proteins (i.e., signals) in the human blood, the protein most associated with chronic physical and mental illnesses is the **same protein** as the top marker for mitochondrial diseases: GDF15

When mitochondria cannot flux energy properly, the cell