Fadi Pulous, PhD

Scientific Writer Regeneron | Mass General and Harvard Medical School Fellow | Emory Cancer Biology PhD 2019

[Fadi Pulous, PhD @drfadip]

Our (@drjccruz and myself) recent work has been published in @NatureNeuro! https://t.co/XfppXCRnGY
Our paper uncovers a new route of CSF outflow into the skull marrow. CSF travels through skull channels that link the link the surface of the brain to the marrow cavity... (1/4)

[Fadi Pulous, PhD @drfadip]

@BrooksCJohnson @Jaredcurtis37 Is Alabama in a different country?

[Fadi Pulous, PhD @drfadip]

@MenInBlazers How does Diego Luna find the time between andor and this

[Fadi Pulous, PhD @drfadip]

@ilginkolabas @SamanthaBorje https://t.co/xTS35GFnlp

[Nature Biotechnology @NatureBiotech]

A small-molecule TNIK inhibitor targets fibrosis in preclinical and clinical models https://t.co/rXF9xINiFs

[Leon Smyth @lcdsmyth]

I am excited to share our latest research on the arachnoid barrier, a crucial yet poorly understood structure that partitions the CNS and the dura, out today @Nature. We discovered that gaps in this barrier allow communication between the CNS and the dura. https://t.co/tP4TIc986A

[Gou Young Koh (Gogh) @gou_koh]

Thrilled to share our exciting discovery on the hub role of the nasopharyngeal lymphatic plexus/cervical lymphatics in CSF drainage. We could control CSF drainage by stimulating the cervical lymphatics outside of skull.
https://t.co/3CEQJ2sLnm

[Ang Cui, Ph.D. @AngCuiPhD]

✨#ImmuneDictionary✨is out today in @Nature!

Paper https://t.co/XY47lyphjU
Software https://t.co/duoWWcBmTj

We created scRNA-seq dictionary of 17+ immune cell types responding to 86 cytokines in vivo, discovered the immune system is far more complex than previously known 1/

[Fadi Pulous, PhD @drfadip]

@MatthiasNahrend @adil__rasheed @NatureCVR @SwirskiLab @alexPaccalet @ScaddenLab @MaartenHulsmans @KyleMentkowski @danicarne1981 Congratulations @alexPaccalet !

[bioRxiv Neuroscience @biorxiv_neursci]

Blood pressure lowering enhances cerebrospinal fluid efflux primarily via the lymphatic vasculature https://t.co/b6ieoY6M7W #biorxiv_neursci

[Sussan Nourshargh Lab @NoursharghLab]

We have a post-doc position available on neutrophil trafficking in ageing. Please get in touch if you love neutrophils, vascular biology, and cool imaging! Thanks for all the RTs too:
https://t.co/rdPbPgTpdG

[Cameron McAlpine @cam_phd]

We are thrilled to share the first publication from the McAlpine lab! Out today in @ImmunityCP.

“Interleukin-3 coordinates glial-peripheral immune crosstalk to incite multiple sclerosis”

@IcahnMountSinai @SinaiHeartBlood @SinaiBrain

https://t.co/WlWY1fFRa9

[Andrea Salvador @amsalvador1]

happy to share our work examining the immune response in the spinal cord parenchyma and meninges after contusion and how these are impacted in aging. thank you to all the coauthors especially @jonykipnis and @JasminHerz1 for the support and guidance! https://t.co/7PkJevdcPz

[Journal of Experimental Medicine @JExpMed]

.@lisiena_lissi, @BerengereLaval et al. @CIML_Immunology provide the first evidence that HSC directly sense Brucella abortus via the bacterial outer membrane protein Omp25 and the HSC surface receptor CD150 https://t.co/RBBvGOTOgx

@SiewekeLab @SarrazinSand
#Hematopoiesis

[Jana Grune @JanaGrune]

Thank you @AJPLung for publishing our rapid report on right ventricular remodeling

[bioRxiv Immunology @biorxiv_immuno]

Universal recording of cell-cell contacts in vivo for interaction-based transcriptomics https://t.co/f7iucPGlKd #biorxiv_immuno

[Gou Young Koh (Gogh) @gou_koh]

Unusual lymphatics are extensively distributed in the nasal submucosa for immune surveillance, which can be simulated for establishing nasal mucosal immunity against virus infections such as SARS-CoV2

https://t.co/Swnuej63I9

[Chiu Lab @IsaacChiuLab]

Congrats to @felipe_pinh0 and co-authors on our recent work, now out in @Nature!

We show that pathogens talk directly to nociceptor neurons to hijack CGRP-RAMP1 signaling, and alter the course of bacterial meningitis. Well done everyone!

https://t.co/FhsSmfjzaa

[bioRxiv Neuroscience @biorxiv_neursci]

Leptomeningeal collaterals regulate reperfusion in ischemic stroke https://t.co/rBTrM8PzGE #biorxiv_neursci

[Prof. Nikolai Slavov @slavov_n]

How similar is the extracellular matrix across different organs?

According to this new atlas, its protein composition varies substantially.

1/2

[The Colonna Lab @TheColonnaLab]

The Big BAM Theory...in the paper @ImmunityCP by Simone, we described the Crybb1-Cre line, which recombines embryonic-derived brain macrophages. Using this line we showed that microglia require SMAD4 for development, whereas BAMs do not.
https://t.co/N6eRzhAw4q