Stan Brouns (@stanbrouns) 's Twitter Profile
Stan Brouns

@stanbrouns

CRISPR-Cas and bacteriophage defense, Delft University of Technology

ID: 924165875695046658

linkhttp://www.brounslab.org calendar_today28-10-2017 06:48:09

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Stan Brouns (@stanbrouns) 's Twitter Profile Photo

It takes two: Cascade converted into a genome editing tool, what a result. Thank you Caribou Biosciences Peter Cameron, Andy May, Rachel Haurwitz, Paul Donohoue, Sam Sam Sternberg, et al. for making this happen. doi.org/10.1038/s41587…

It takes two: Cascade converted into a genome editing tool, what a result. Thank you <a href="/CaribouBio/">Caribou Biosciences</a>
Peter Cameron, Andy May, Rachel Haurwitz, Paul Donohoue, Sam <a href="/shsternberg/">Sam Sternberg</a>, et al. for making this happen. 
doi.org/10.1038/s41587…
Stan Brouns (@stanbrouns) 's Twitter Profile Photo

We are looking for a colleague to start their own research group in the beautiful and inspiring environment of Delft. Please RT nature.com/naturecareers/…

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

Big congratulations to Emmanuelle and Jennifer! Well deserved. This feels much like a CRISPR community achievement too. What a journey it has been and still going strong!

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

Thank you European Research Council (ERC) for funding our research into the exciting world of bacteriophage immune systems. Can't wait to start this big project TU Delft this summer. Job openings will follow soon at brounslab.org/vacancies

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

Just published a preprint reporting lessons from CRISPR spacer mapping efforts in covid times, including a catalog of PAMs, evidence for spacer sharing, and partial PAM prediction from repeats. Great work by Jochem Vink and Jan Baijens. More CRISPR2021 biorxiv.org/content/10.110…

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

Amazing work by Sam van Beljouw showing that an ā€˜all fused’ type III-E CRISPR-Cas effector complex cleaves target RNA twice and associates with a Caspase-like peptidase. Thanks team TU Delft for this incredible scientific journey. So #proud! science.sciencemag.org/content/early/…

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

Thank you Ailong Ke's Lab at Yale MB&B and Chunyi Hu for the wonderful collaboration with my team - Cristobal, Rita, Jochem and Anna - resulting in a paper answering how Cas4 achieves PAM selection during CRISPR spacer acquisition nature.com/articles/s4158…

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

CRISPR-Cas keeps on giving. Never thought it could do RNA-activated protease activity. Beautiful mechanistic work with Ailong Ke's Lab at Yale MB&B group. Thanks Chunyi Hu and Sam van Beljouw, and all co-authors. science.org/doi/10.1126/sc…

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

We just published a review on bacteriophage genome engineering methods, including various CRISPR approaches. Great work by PhD student Marina Mahler now in Peter Fineran’s group. Thanks Ana Rita Costa, Sam and Peter for contributing. cell.com/trends/biotech…

We just published a review on bacteriophage genome engineering methods, including various CRISPR approaches. Great work by PhD student Marina Mahler now in <a href="/PeterFineran/">Peter Fineran</a>’s group. Thanks <a href="/AnaRitaMCosta/">Ana Rita Costa</a>, Sam and Peter for contributing.

cell.com/trends/biotech…
Stan Brouns (@stanbrouns) 's Twitter Profile Photo

When microbes have to resort to the more rigorous and diverse RNA targeting CRISPR-Cas strategies to buy time, go into dormancy or commit suicide to survive phage infection. Great work by Sam van Beljouw with graphical art by Alicia RodrĆ­guez Molina. nature.com/articles/s4157…

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

We just posted a preprint proposing a new role for the 50-year old conundrum of phage-encoded tRNAs: insensitivity to host tRNA depletion by anticodon nucleases (e.g. VapC). Great data analysis and hypothesis building by Daan F van den Berg researchsquare.com/article/rs-216…

We just posted a preprint proposing a new role for the 50-year old conundrum of phage-encoded tRNAs: insensitivity to host tRNA depletion by anticodon nucleases (e.g. VapC). Great data analysis and hypothesis building by <a href="/DaanFvdBerg/">Daan F van den Berg</a>

researchsquare.com/article/rs-216…
Stan Brouns (@stanbrouns) 's Twitter Profile Photo

Clinical strains of Pseudomonas aeruginosa have accumulated phage defense systems in their genome matching their broad resistance to diverse phage families. Great work by Rita, Daan and Jelger. Ana Rita Costa, Daan F van den Berg science.org/doi/10.1126/sc…

Clinical strains of Pseudomonas aeruginosa have accumulated phage defense systems in their genome matching their broad resistance to diverse phage families.
Great work by Rita, Daan and Jelger. <a href="/AnaRitaMCosta/">Ana Rita Costa</a>, <a href="/DaanFvdBerg/">Daan F van den Berg</a>
science.org/doi/10.1126/sc…
Stan Brouns (@stanbrouns) 's Twitter Profile Photo

We are recruiting two PhD students (4y) and one Postdoc (2y) to work on bacteriophage defense systems and their relevance for phage therapy. Come join our teams in Delft and Utrecht in the Netherlands. brounslab.org/vacancies/

Stan Brouns (@stanbrouns) 's Twitter Profile Photo

Excited to share our latest paper on new Eukaryotic-like bacteriophage defense systems. What great joint project by Daan F van den Berg, Ana Rita Costa and Jelger Esser combining the power of bioinformatics and experiments. sciencedirect.com/science/articl…

Excited to share our latest paper on new Eukaryotic-like bacteriophage defense systems. What great joint project by <a href="/DaanFvdBerg/">Daan F van den Berg</a>, <a href="/AnaRitaMCosta/">Ana Rita Costa</a> and Jelger Esser combining the power of bioinformatics and experiments.
sciencedirect.com/science/articl…