Sander Govers (@goverssander) 's Twitter Profile
Sander Govers

@goverssander

Asst Prof at KU Leuven | Subcellular organization of bacterial replication | Interplay between cell morphogenesis and cell cycle progression/regulation

ID: 1004379473842790403

linkhttp://www.goverslab.com calendar_today06-06-2018 15:08:21

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Michiels lab (@labmichiels) 's Twitter Profile Photo

Want to learn about Antibiotics: Tolerance Mechanisms, ABC Transporters and Bacterial Responses? Feel free to attend our mini-symposium on Feb 23 in Leuven (registration: tinyurl.com/yfk94jen)

Want to learn about Antibiotics: Tolerance Mechanisms, ABC Transporters and Bacterial Responses? Feel free to attend our mini-symposium on Feb 23 in Leuven (registration: tinyurl.com/yfk94jen)
JacobsWagnerLab (@jacobswagnerlab) 's Twitter Profile Photo

Happy to share latest paper from our lab. Tour-de-force study led by now-former postdoc Sander Govers, which involved imaging cell cycle markers in E. coli across thousands perturbations. It identified simple population principles of cell cycle control authors.elsevier.com/sd/article/S24…

Cell Systems (@cellsystemscp) 's Twitter Profile Photo

By characterizing morphological, cell cycle, and growth features across perturbations, Sander Govers et al. identify simple governing principles of cell cycle control in Escherichia coli that connect cell cycle events to specific aspects of cell size. JacobsWagnerLab

Sander Govers (@goverssander) 's Twitter Profile Photo

For those interested in automatically curating their bacterial cell detections in microscopy images, we wrote a protocol (+ jupyter notebooks) for how to train a support vector machine to take care of this (otherwise often laborious) task! star-protocols.cell.com/protocols/3279 STAR Protocols

Anthony Vecchiarelli (@cellforganized) 's Twitter Profile Photo

Interested in the mechanisms driving subcellular organization in bacteria? The Vecchiarelli lab has a postdoc position available! docs.google.com/document/d/1jH… Plz RT!

JacobsWagnerLab (@jacobswagnerlab) 's Twitter Profile Photo

Thrilled to share our latest preprint describing the role of genome concentration on cell growth and proteome composition. Work led by Jarno Mäkelä with a fun collaboration with Jan Skotheim lab. biorxiv.org/content/10.110…

JacobsWagnerLab (@jacobswagnerlab) 's Twitter Profile Photo

Bacterial growth rate modulation is typically associated with genetic or environmental changes. In this preprint, we show that growth rate in Caulobacter varies between daughter cells in the same environment. Led by (brand-new) Dr. Skye Glenn. #ppGpp biorxiv.org/content/10.110…

Sangjin Kim (@sjkimlab) 's Twitter Profile Photo

Coupled or not coupled? In this preprint, we explored conditions that affect coupling (or uncoupling) between transcription, translation, and mRNA degradation in bacteria. biorxiv.org/content/10.110…

Coupled or not coupled? In this preprint, we explored conditions that affect coupling (or uncoupling) between transcription, translation, and mRNA degradation in bacteria.
biorxiv.org/content/10.110…
JacobsWagnerLab (@jacobswagnerlab) 's Twitter Profile Photo

Thrilled to share our latest preprint about asymmetric division in E. coli! Work led by the amazing Yashna Thappeta & Silvia Cañas-Duarte. Fun collaboration with the Cegelski lab. biorxiv.org/content/10.110…

Mohammed tawfeeq (@mohammedtawfee4) 's Twitter Profile Photo

Excited to share our review article "Mutational Robustness and the Role of Buffer Genes in Evolvability" published in The EMBO Journal #MutationalRobustness #Evolvability #BufferGenes embopress.org/doi/full/10.10… #EMBOJournal #MutationalRobustness

The EMBO Journal (@embojournal) 's Twitter Profile Photo

Mutational Robustness and the Role of Buffer Genes in Evolvability Kevin Verstrepen et al use the example of chaperone gene HSP90 to review our current understanding of mutational robustness & the role of buffer genes in evolution #Weekendreading embopress.org/doi/full/10.10…

Mutational Robustness and the Role of Buffer Genes in Evolvability
<a href="/KevinVerstrepen/">Kevin Verstrepen</a> et al use the example of chaperone gene HSP90 to review our current understanding of mutational robustness &amp; the role of buffer genes in evolution
#Weekendreading
embopress.org/doi/full/10.10…
Kevin Whitley (@kevindwhitley) 's Twitter Profile Photo

Fully funded 4-year PhD position using cutting-edge fluorescence and electron microscopy to study the bacterial cytoskeleton. 🔬🦠🦴 Co-supervised by Martin Goldberg (Durham) and Yulia Yuzenkova (Newcastle). Apply by 22 July! findaphd.com/phds/project/b…

Sammy Pontrelli (@sammy_pontrelli) 's Twitter Profile Photo

My lab is searching for a postdoc in microbiology/microbial metabolomics! Are you a biologist who is secretly realizing you might be a mass spec nerd? If so, I can relate and I'd love to work with you! Please check out more details here: jobso.id/j6x1

My lab is searching for a postdoc in microbiology/microbial metabolomics! 

Are you a biologist who is secretly realizing you might be a mass spec nerd? If so, I can relate and I'd love to work with you! 

Please check out more details here:
jobso.id/j6x1
Masschelein Lab (@masschelein_lab) 's Twitter Profile Photo

📢 Our lab is hiring! Interested in harnessing the biosynthetic potential of beneficial, human-associated bacteria? We're looking for a passionate #postdoc to engineer gut bacteria for local, in vivo disease detection and drug delivery. Apply now! 👇bit.ly/3T38qIi

Jarno Mäkelä (@makelajarno) 's Twitter Profile Photo

📢Job Alert!📢 We are looking for 2 PhD students with biophysics or computational biology background for #SuperResolution #singlemolecule tracking project. More information: tinyurl.com/5b58y9kd Apply by 31.10.24. 🦠🔬 Pls RT!

📢Job Alert!📢
We are looking for 2 PhD students with biophysics or computational biology background for #SuperResolution #singlemolecule tracking project.
More information: tinyurl.com/5b58y9kd
Apply by 31.10.24. 🦠🔬
Pls RT!
bioRxiv Microbiology (@biorxiv_micrbio) 's Twitter Profile Photo

DNA/polysome phase separation and cell width confinement couple nucleoid segregation to cell growth in Escherichia coli biorxiv.org/cgi/content/sh… #biorxiv_micrbio