BoxemLab

Mike Boxem Lab | Cell Polarity | Developmental Biology | C. elegans | Utrecht University

[QMUL Centre for Predictive in vitro Models (CPM) @QMULCPM]

PhD studentship available using kidney organ-chips to study effect of inflammation on epithelial cell polarity. Based in Martin Knight's lab at Queen Mary University of London and part of Marie-Curie Doctoral Network “SurfEx”
Generous salary. Apply now: https://t.co/RdlwMTiTBs

[BoxemLab @BoxemLab]

Two PhD positions are now available in our group, thanks to recent funding from the Dutch Research Council and @UniUtrecht! Visit our lab website (https://t.co/P3eDmoDfMX) or the UU careers site (https://t.co/cK4gXaZJ4O) to apply. Please share! #devbio #Celegans

[BoxemLab @BoxemLab]

The Van den Heuvel lab @UtrechtUni has a postdoc position available! 'Single-cell analysis of cell differentiation in vivo.' Great opportunity to apply single-cell sequencing and omics approaches to study development. Deadline 31st October. Please RT! https://t.co/6r5Ed4B7mw

[BoxemLab @BoxemLab]

Our new preprint shows CeLINC, our optical protein-protein interaction assay, to determine whether two proteins interact in vivo. Check ik out at https://t.co/KiGnIQWvSO @SRemmelzwaal #Celegans

[Mark Khoury @khourmark]

Caenorhabditis elegans LET-413 Scribble is essential in the epidermis for growth, viability, and directional outgrowth of epithelial seam cells https://t.co/pRLhfIlWs9
Cool new paper from @BoxemLab on our favorite polarity protein.

[BoxemLab @BoxemLab]

Our new article shows novel and evolutionary conserved protein BBLN-1 (bublin) is essential for intermediate filament organization and apical membrane morphology in the C. elegans gut https://t.co/8guzMdNrCb @sremmelzwaal @AltelaarM @JoaoJRamalho @CurrentBiology #Celegans

[ProteomeXchange @ProteomeXchange]

New PXD024387 from the Mike Boxem lab via PRIDE: (Human) Mass spectrometry hits for GFP::BBLN-1/bioGFP::BBLN1 ... - https://t.co/Nz1406QsI9

[BoxemLab @BoxemLab]

We are looking for 2 Tenure Track Assistant Professors in Developmental Biology at Utrecht University! https://t.co/X8EQ0DXa9o Mammalian differentiation, stem cells, organoids, 3D culture, zebrafish, disease or cancer models are welcome. RT and share! @the_Node #devbio

[bioRxiv @biorxivpreprint]

BUBL-1 is essential for intermediate filamentorganization and apical membrane morphology https://t.co/LzhV3mEmdc #bioRxiv

[BoxemLab @BoxemLab]

Our new preprint is out! @MikeBoxem lab finds evolutionary conserved BUBL-1 in #Celegans is essential for intermediate filament organization and apical membrane morphology, and may help understanding of epithelial tube morphology in mammals https://t.co/Su0tkVSDEx

[BoxemLab @BoxemLab]

... and here is the link to our new paper @Dev_journal on ERM-1 localization and dynamics in actin organization and lumen formation during C. elegans development https://t.co/7CajmenkzX #celegans #DevBio

[BoxemLab @BoxemLab]

Bittersweet: our lab says goodbye to Juliane @DEinNL with a pizza lunch last week! She starts a new position @WUR. We wish her all the best and will miss her! 🥲

[BoxemLab @BoxemLab]

Check out our new paper @Dev_journal! Using CRISPR/Cas9-generated erm-1 alleles we reveal that phosphorylation of a C-terminal regulatory threonine modulates ERM-1 localization and dynamics to control actin organization and support lumen formation in development.

[BoxemLab @BoxemLab]

The Mike Boxem lab @UtrechtUni is now at Twitter! Get ready for C. elegans #cell #polarity #development #devbio! Follow us here at @BoxemLab