Auxin’s origin: do PILS hold the key?

Posted onMarch 21, 2022Authoradmin

Available online: “Auxin’s origin: do PILS hold the key?”! We find that PINs and PILS form two eukaryotic subfamilies within a larger bacterial malate transporter family warranting functional characterisation of algal PILS.

Click for the full paper in Trends in Plant Science:
https://www.cell.com/trends/plant-science/fulltext/S1360-1385(21)00257-0

Kenny BogaertFollow

Biologist | Postdoctoral researcher

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Rik Van de Walle @rvdwalle·

6 Oct

One of the research fields in which @UGent is among the world’s very best. #excellence https://twitter.com/BLUEGent_/status/1578038653418622977

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Jessica Knoop @knoop_jessica·

28 May

And it's done - another successful seaweed harvest by the Belgian Pilot of the @H2020United project. I'm so grateful for this incredible team spending their Sunday and long hours the following days helping out collecting and processing hundreds of samples!
https://phycology.ugent.be/

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Daniel Liesner @lies_nerd·

25 Apr

#Kelp memory detected!
Clément Gauci shows that cold long-term cultivation of L. digitata gametophytes increases growth performance of sporophytes at the thermal extremes. Congrats Clément on your first paper! #OpenAccess article at @FrontMarineSci
https://www.frontiersin.org/articles/10.3389/fmars.2022.862923/full

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Kenny Bogaert @BogaertKenny·

20 Mar 2022

Available online: all you want to know about apical-basal patterning in brown algae, how propagules develop their attachment structures and how they highlight three different symmetry breaking mechanisms, complementary to the intrinsic vs extrinsic divide. https://authors.elsevier.com/a/1embt3si8Pr8Ll

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Flanders Marine Institute - VLIZ @VLIZnews·

2 Mar 2022

Soria Delva @ugent received in 2020 a BMRI grant from @VLIZnews to explore the contribution of epigenetics to thermal adaptation in brown seaweeds. Today Soria shares her results with us #VMSD22 #BMRI

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