Ward Poelmans

PhD-candidate in the Root Development group @PSB_VIB studying the evolutionary development of root meristems.

[Ward Poelmans @PoelmansWard]

Discussing inspiring science and meeting brilliant people in a beautiful setting: thank you #SLS24 for an amazing conference!

[Sainsbury Laboratory Cambridge University (SLCU) @slcuplants]

Great root meristem regeneration research story from Ward Poelmans from @ResearchUGent employing the new model plant Selaginella moellendorffii
Read more about the project https://t.co/iVlsd2ceGX

[Yazhong Wang @YazhongXigua]

Breakthrough about the molecular mechanism of plant paternal origin genes regulating radicle stem cell development🔥🔥🔥

https://t.co/gMNPaQ1g8Q

[Sainsbury Laboratory Cambridge University (SLCU) @slcuplants]

🔈#SLS24 Updates!
1⃣ All speakers confirmed
2⃣Full programme announced
Speakers include @K_Sugimoto_Lab @AnneVaten @moodytomato @hirapisci @elenas94060732 @ragni_laura @Devotolab @gsena_science
We hope you can join us in Cambridge 17-19 September 2024
ℹ️ https://t.co/Yb8VNbGT6u

[bioRxiv @biorxivpreprint]

An updated model of shoot apical meristem regulation by ERECTA family and CLAVATA3 signaling pathways https://t.co/ghBUu9XoUo #bioRxiv

[Hans Motte @HansMotte]

Thrilled to announce my first last author (actually co-shared, nice team with @beeckman_tom) paper in @CurrentBiology.

https://t.co/ZRMbgPBBXn

Wonderful work by @XilanYang875, @PoelmansWard and all other co-authors! Nice collaboration with @BertDeRybel and @HildeNelissen.

[Ward Poelmans @PoelmansWard]

I had a great time presenting the latest insights into Selaginella root development and evolution from the @beeckman_tom lab @PSB_VIB and learning about the exciting research on phloem evolution @InstMolPlantSci. Thanks so much @MPEG_Edinburgh for a wonderful afternoon.

[Sandy Hetherington @Sandy_Heth]

Thanks so much @PoelmansWard for visiting @InstMolPlantSci @MPEG_Edinburgh today and for giving such a great talk! Enjoy the rest of your trip to Edinburgh!

[Hilde Nelissen @HildeNelissen]

#dagvandewetenschap @PSB_VIB @VIBLifeSciences @ugent_fwe open doors at PSB

[Hans Motte @HansMotte]

Our article (@TAOFANG15 @BorisParizot @beeckman_tom @PSB_VIB @ugent_fwe) is published - Early “Rootprints” of Plant Terrestrialization: Selaginella Root Development Sheds Light on Root Evolution in Vascular Plants https://t.co/szOFxuGpT9

[Hans Motte @HansMotte]

Just accepted: Early 'rootprints' of plant terrestrialization: Selaginella root development sheds light on root evolution in vascular plants https://t.co/szOFxuGpT9. @TAOFANG15 @beeckman_tom @BorisParizot

[bioRxiv Plant Bio @biorxiv_plants]

Control of Arabidopsis shoot stem cell homeostasis by two antagonistic CLE peptide signalling pathways https://t.co/pdBHQPmPl5 #biorxiv_plants

[Elisabeth Bik @MicrobiomDigest]

Thomas Brock, Whose Discovery Paved the Way for PCR Tests, Dies at 94

In 1966, he found heat-resistant bacteria in a hot spring at Yellowstone National Park. That led to the development of the chemical process behind the coronavirus test.

https://t.co/EMj1IJXmMs

[Elena Shpak @elenshpak]

ERECTA family signaling constrains CLAVATA3 and WUSCHEL to the center of the shoot apical meristem https://t.co/90B7MdZz47. It is finally out!

[Ward Poelmans @PoelmansWard]

Some Selaginella gone undercover in this great video on mosses :)

[Ralf Reski 🇩🇪🇪🇺 @ReskiLab]

Wieso hat dieses Video so wenig Aufrufe?
Dabei hat sich @biooekonomieDE so viel Mühe gegeben. Die freuen sich doch auch über clicks.
Und es kommen Moose drin vor. #Biopioniere #Wisskomm #scicomm #moosmodellierer
https://t.co/QR7iRyc1Ud

[Nature Plants @NaturePlants]

As we all know, humans (and Arabidopsis) are early diverging, ancient, lowly, basal, primitive organisms that have stopped evolving hundreds of millions years ago. Obviously demonstrated by the below phylogenetic tree. Moss is the pinnacle of evolution.

Nice paper !

[Ward Poelmans @PoelmansWard]

@MicrobiomDigest @David_A_Muller @RoySocChem These patches seem a bit suspicious.

[Andrew Willoughby @andrewilloughb]

CLE signaling has had a tantalizing link to cell division since it's discovery regulating shoot apical meristem size

Here we show that CLV1-clade BAM receptors activate a cell cycle gene to drive formative root divisions

[Laura Moody @moodytomato]

NO GAMETOPHORES 2 is a novel regulator of 3D growth in the #moss #Physcomitrella. Out now in @CurrentBiology: https://t.co/H49aFTyPKL. @JaneLangdale @Steve__Kelly @roxaanaclayton @David__Emms @Zoe_Weeks_ @OxfordPlants

[Tatsuya Nobori @nobolly]

Cell wall remodeling and vesicle trafficking mediate the root clock in Arabidopsis | Science https://t.co/txacMvpt8K

[Plant Science @sci_plant]

Regulation of touch dependant de novo root regeneration in Arabidopsis

https://t.co/itbkaoT2f0
#plantscience #DNRR ♻️