Research in biochemistry and structural biology of PARP enzymes and bacterial toxins

Joined January 2021
Excited to have been awarded @lunduniversity infrastructure support to establish a mini structural bioinformatics facility, LU-Fold. Watch this space!
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PARP lab Lund retweeted
Excited to share new preprint from my lab @MPIbp in collaboration with #CamillaBjörkegren’s lab at Karolinska Institute! biorxiv.org/cgi/content/shor… (0/n) In this work, we reveal that Smc5/6 complex is a DNA loop extruding motor.
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PARP lab Lund retweeted
Another step towards uncovering the secrets of the Schlafen protein family. Check out how we tackled SLFN5 by crystallization and #CryoEM : academic.oup.com/nar/advance… – at Munich, Germany
Sorry we forgot to add the time: it will be 5pm Paris, 11am Boston, 11pm Beijing like for the first series.🧐 In case, the poster updated with the time is added to this post.👍
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PARP lab Lund retweeted
Hardcopies of the #CryoEM book by Bob Glaeser, @NogalesLab & @WahChiu1 I ordered months ago have finally arrived. Thanks to the editors and all the chapter authors, we now have an updated textbook for graduate level teaching.
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Serine ADP-ribosylation marks nucleosomes for ALC1-dependent chromatin remodeling dlvr.it/S3Hlmz
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PARP lab Lund retweeted
We're back online! Hope you didn't miss us too much! webflags.se
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Tagging of cellular complexes with #CRISPR allows purification for #cryoEM. With @YueLabOX and @v_paavilainen our structures of endogenous TRiC chaperonin reveal interactions with its substrates actin and tubulin biorxiv.org/content/10.1101/… @OxfordStrubi @BIOTECH_UH @HiLIFE_helsinki
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PARP lab Lund retweeted
Our new work is out and it is called SIESTA (because what else?). It can identify enzyme substrates by thermal analysis. We hope that SIESTA will have huge impacts in drug discovery! My first corresponding author yet. Great collaboration @RZLabKI @LabParp dlvr.it/RtYQ2Y
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PARP lab Lund retweeted
Our SIESTA paper now featured in the Structural Biology, Biochemistry and Biophysics collection of Nature Communications! nature.com/collections/hhfig…
Out today! our study of PRMT5 inhibitors in GBM disrupt splicing, cell cycle and stemness. Awesome collaboration with @BrainSurgn1989, @thesgconline, @katlinbm, @bhaibeka @MatLupien, and many others @SU2C_Canada Cancer Stem Cell Dream Team. rdcu.be/cfaDG
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