@PierreRaia

Postdoc @sciences_UNIGE. PhD @InstitutPasteur. Structural biologist and biochemist.

Joined October 2019
  • Tweets20
  • Following25
  • Followers22
Avec @FlueckigerYves et Hugo Duminil-Copin, j’ai pu rencontrer les équipes de recherche fondamentale et de technologie avancée de @UNIGEnews. La coopération entre nos établissements, dont @UGrenobleAlpes, est l’un des facteurs de leur rayonnement.
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So much fun visiting CERN this morning. Sheer size of the operation is overwhelming Thanks to @BolandLab_GE @LabStahlberg #DCI22 for organising- what an amazing end to the conference
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Pierre Raia retweeted
Rapé Lab@RapeLab7 Aug 2021
Mind-blowing structures of separase complexes revealing cool modes of pseudosubstrate inhibition and auto-regulation. A feast for enzyme biochemists! Congratulations, @BolandLab_GE! nature.com/articles/s41586-0…

Structural basis of human separase regulation by securin and CDK1–cyclin B1

Nature - Structures of separase in complex with either securin or cyclin B–CDK1 shed light on the regulation of chromosome separation during the cell cycle.

nature.com
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A surprisingly intricate mechanism renders separase and the CDK1 complex inactive when bound to each other. This super N&V discusses new structural insights about these crucial orchestrators of cell division. go.nature.com/36OGBuK
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A cryo-EM view of two giants of cell division in an oppressive embrace. Learn more in a super N&V by Silke Hauf @FralinLifeSci @VT_Biology go.nature.com/36OGBuK
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Terrific N&V by Silke Hauf on @JunYu_unige et al. @BolandLab_GE lab's inaugural paper published today: see rdcu.be/cpk5v
Nature News & Views@NatureNV21 Jul 2021
A cryo-EM view of two giants of cell division in an oppressive embrace. Learn more in a super N&V by Silke Hauf @FralinLifeSci @VT_Biology go.nature.com/36OGBuK
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Pierre Raia retweeted
jun@JunYu_unige21 Jul 2021
Very happy to share our latest separase structures with different inhibitors. Many many thanks to my supervisor Andreas Boland, nice colleagues Pierre Raia, Yashar Sadian, and amazing collaborators.
Andreas Boland@BolandLab_GE21 Jul 2021
📢Very happy to share the first publication of our lab at UNIGE @unige_en published in Nature @Nature. This has been a highly collaborative effort. rdcu.be/cpk5v We identified surprising, new aspects of the cell cycle regulator separase using cryoEM. A short thread🧵
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Beautifully written News&Views by the wonderful Silke Hauf @virginia_tech nature.com/articles/d41586-0…
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L'équipe de @BolandLab_GE @UNIGEnews a identifié d’importants mécanismes de régulation de la #protéine responsable de la séparation des #chromosomes lors de la division cellulaire. Une étude à lire dans la revue Nature. ow.ly/ND1F50FBfYv
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Pierre Raia retweeted
UNIGE_en@unige_en22 Jul 2021
The @BolandLab_GE @unige_en team has identified important regulatory mechanisms for the #protein responsible for #chromosome separation during cell division. A study to be read in the journal Nature. ow.ly/XFMI50FBg4B
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Hey you! Are you interested by the human separase? Say no more and come take a look at the first publication from my lab @BolandLab_GE in @Nature out today! Amazing work from my two colleagues Jun Yu and @PierreRaia without forgetting the precious collaborators! So proud 😁😁
Andreas Boland@BolandLab_GE21 Jul 2021
📢Very happy to share the first publication of our lab at UNIGE @unige_en published in Nature @Nature. This has been a highly collaborative effort. rdcu.be/cpk5v We identified surprising, new aspects of the cell cycle regulator separase using cryoEM. A short thread🧵
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📢Very happy to share the first publication of our lab at UNIGE @unige_en published in Nature @Nature. This has been a highly collaborative effort. rdcu.be/cpk5v We identified surprising, new aspects of the cell cycle regulator separase using cryoEM. A short thread🧵
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New work Marc Delarue’s group @institutpasteur: How cyanophage S-2L rejects adenine and incorporates 2-aminoadenine to saturate hydrogen bonding in its DNA go.nature.com/3ewEz60
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Latest work on the PolD complex with contributions from @PierreRaia. Previously @institutpasteur, now with us @unige_en. Well done and congratulations to the entire team!
cryoEM Papers@cryoEM_Papers31 Jan 2020
Structural basis for the increased processivity of D-family DNA polymerases in complex with PCNA biorxiv.org/cgi/content/shor…
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Structure of the DP1–DP2 PolD complex bound with DNA and its implications for the evolutionary history of DNA and RNA polymerases feeds.plos.org/plosbiology/1…
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Structural basis for the increased processivity of D-family DNA polymerases in complex with PCNA biorxiv.org/cgi/content/shor…
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Welcome to Twitter @PierreRaia!
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