Wouter Claeys

MD, PhD | ASO internal medicine @uzgent | Interested in all things liver-brain

[Hans Van Vlierberghe @HansVlierberghe]

Beluister #weetikveel op VRT MAX https://t.co/K5TI7w13wG
Wil je meer weten? Lees ook het boek ‘De Lever’ @Pelckmans_be samen met @anjageerts @XavierVerhelst @RaevensSarah @LoreHoof @helena_degroote

[Hans Van Vlierberghe @HansVlierberghe]

Binnenkort op de derde editie van FAAR, het non-fictie boekenfestival te Oostende (7-10 maart 2024): Alles over de lever. Samen met Anja Geerts en @RaevensSarah

[Lien Van Hoecke @VanHoeckeLien]

Excited🤗 to share our publication ‘An immunological puzzle: The adaptive immune system fuels Alzheimer’s disease pathology’ published in @BrainBehavImm @Vdb_lab

[Wouter Claeys @ClaeysWouter]

@samuel_marsh @Vdb_lab @AleksDeLab We currently haven’t, but based on the data that’s already out there, PLX5622 will indeed have a more favourable profile with regards to kit and flt3. However, important effects on peripheral macrophages and monocytes will most likely still be present

[Wouter Claeys @ClaeysWouter]

PhDone after more than 4 years! It has been an amazing journey @hepatologyresearchunit, @Vdb_lab and @InflamResCen. Very thankful for all the things I have learned and the people I have met along the way! On to new horizons in liver-brain research!

[Vandenbroucke lab @Vdb_lab]

New paper alert!
Bone marrow effects of PLX3397 preclude its use to study microglia in the context of peripheral inflammation.

doi: 10.3389/fimmu.2023.1283711

[Vandenbroucke lab @Vdb_lab]

In this new study by first author @ClaeysWouter, we studied the non-microglial effects of PLX3397 in multiple body compartments including bone marrow🦴.

[The EMBO Journal @embojournal]

Gut microbiota regulates blood-cerebrospinal fluid barrier function and Aβ pathology
Roos Vandenbroucke @vdb_roos and colleagues @vdb_lab @VIBLifeSciences
https://t.co/ffsfSutnZF

[Vandenbroucke lab @Vdb_lab]

Check out our latest paper in Journal of Neuroinflammation by @ClaeysWouter et al., where we explored the effects of experimental #HepaticEncephalopathy on the transcriptome of astrocytes and microglia. https://t.co/EO1mxjIJBx (1/7)

[Wouter Claeys @ClaeysWouter]

So thankful to have been given the opportunity to present my work at #ILC2022! Lots of exciting research being done in the field! Looking forward to Vienna for ILC2023

[Vandenbroucke lab @Vdb_lab]

In our special delEVery review by @MariePauwels_, we put the spotlight on brain targeting #ExtracellularVesicles! Read all about it here:
https://t.co/Jn3C631quc

[EASLnews @EASLnews]

The focus of today’s #readoftheweek📚 is the neurogliovascular unit in hepatic encephalopathy.

👉Read here this #openaccess @JHEP_Reports article by @ClaeysWouter et al. https://t.co/t8LsSN8Hy3

@EASLedu @JHepatology #LiverTwitter

[Vandenbroucke lab @Vdb_lab]

#Hepaticencephalopathy is more than just astrocytes, but affects the whole brain! Want to know more? Check out the recent review by @ClaeysWouter published in @JHEP_Reports.

https://t.co/gqlhqzuH7U