Fabien Rideau (@Fab_Curtain) header
Fabien Rideau (@Fab_Curtain) profile picture

Fabien Rideau

@Fab_Curtain

PhD in Microbiology / Genome engineer for Mollicutes / Recently novice biologist engineer in oncogenetic at Institut Bergonié Bordeaux, France

Joined April 2013
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Photo by Fabien Rideau (@Fab_Curtain)Photo by Fabien Rideau (@Fab_Curtain)
👏 👏Dr @guiraudjennifer récipiendaire du prix de thèse Monique Garnier de l’Ecole Doctorale SVS @univbordeaux @CNRS #UMRMFP @CHUBordeaux @Alain_Blancha @INRAE_NA_BDX @SabinePereyre #CNRIST Dr Yonathan Arfi Dr Carole Lartigue Dr Pascal Sirand-Pugnet @charles_cazanav
Image from Cecile Bebear (@CecileBebear)
Image from Cecile Bebear (@CecileBebear)
Image from Cecile Bebear (@CecileBebear)
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The CReasPy-Fusion method development using mycoplasma cells from my PhD is now available in @ACSSynBio: pubs.acs.org/doi/10.1021/acs… Big thanks to all my co-authors and the @Mollicutes_Lab @carole_lartigue @Alain_Blancha 🙏🥳📑
Combining Fusion of Cells with CRISPR-Cas9 Editing for the Cloning of Large DNA Fragments or...

Combining Fusion of Cells with CRISPR-Cas9 Editing for the Cloning of Large DNA Fragments or...

Abstract. The genetic engineering of genome fragments larger than 100 kbp is challenging and requires both specific methods and cloning hosts. The yeast Sa

pubs.acs.org
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Today was my last day in the @Mollicutes_Lab after almost 5 years with this fantastic team. I'm so grateful to have been part of it, I'm sure that it is just a goodbye but I will miss you all. @yo_arfi ☕🖥️💘 @carole_lartigue ❣️ @Alain_Blancha 🦠🔬🧬 #Mollicutes4Ever
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Pascal Sirand-Pugnet is presenting a review of our work related to genome engineering. ⁦@Mollicutes_Lab⁩ ⁦@INRAE_BFP⁩ during the ⁦@IOM_Osaka⁩
Image from Alain Blanchard (@Alain_Blancha)
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Great work @carole_lartigue @fantasticGeraldineGourgues @Alain_Blancha 🥰🥳😁⚒️🧬🦠
Chih-Horng Kuo (郭志鴻) (@ChihHorngKuo) profile pictureChih-Horng Kuo (郭志鴻)@ChihHorngKuo18 Jul 2023
Replying to @Alain_Blancha
@Alain_Blancha @Mollicutes_Lab talks about the cool technology of genome cloning and engineering for rational design of #Mycoplasma vaccines. #IOM2023 @IOM_Osaka
Image from Chih-Horng Kuo (郭志鴻) (@ChihHorngKuo)
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Fabien Rideau retweeted
CRISPR2026 (@crisprmeeting) profile picture
CRISPR2026@crisprmeeting30 Jun 2023
We’re almost at the end of #CRISPR2023. We want to use this opportunity to thank all attendees for all the great scientific discussions that took place in the last few days and are looking forward to welcome you in the Residenz later tonight for our conference dinner!
Image from CRISPR2026 (@crisprmeeting)
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Poster time for the @Mollicutes_Lab at @crispr2023 Genome edition in mycoplasmas, yeasts and Bacillus by @Fab_Curtain Julien Barret (twitter-less?). Guest appearance by our old PhD student @Thomasipoutch now onto bigger things elsewhere
Image from Mollicutes-Lab (@Mollicutes_Lab)
Image from Mollicutes-Lab (@Mollicutes_Lab)
Image from Mollicutes-Lab (@Mollicutes_Lab)
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New work from the Molli lab: @Thomasipoutch and colleagues studied the evolution CRISPR-Cas9 system of the Mycoplasma gallisepticum during a host jump 🦠🐦🐔 biorxiv.org/content/10.1101/… @CRISPR_News @CRISPR_papers @IOM_network @IOM_Osaka @INRAE_BFP @univbordeaux
Evolution of the CRISPR-Cas9 defence system following a bacterial host shift

Evolution of the CRISPR-Cas9 defence system following a bacterial host shift

CRISPR-Cas systems are rapidly evolving bacterial defences targeting phages and mobile genetic elements. How these defences evolve in novel host environments remains, however, unknown. We address...

biorxiv.org
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Our latest research for Mycoplasma genome editing at @Mollicutes_Lab finally published! So proud to have been part of this fantastic work of Dr. @Thomasipoutch 🧬🧫🧪🦠
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Fabien Rideau retweeted
Yonathan Arfi (@yo_arfi) profile picture
Yonathan Arfi@yo_arfi1 Jun 2022
After the pre-print in BioRxiv, now you can read (almost) the same thing in @JournalSpectrum journals.asm.org/doi/10.1128… @Fab_Curtain ( @Mollicutes_Lab ) reports the implementation of PALM and dSTORM in mycoplasmas. Thanks to our collaborators @iins_bordeaux & to @AgenceRecherche
Imaging Minimal Bacteria at the Nanoscale: a Reliable and Versatile Process to Perform Single-Mol...

Imaging Minimal Bacteria at the Nanoscale: a Reliable and Versatile Process to Perform Single-Mol...

Mycoplasmas are important models in biology, as well as highly problematic pathogens in the medical and veterinary fields. The very small sizes of these bacteria, well below a micron, limits the...

journals.asm.org
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Recent @biorxivpreprint describes optimized protocols for #superresolution single molecule localization #microscopy #SMLM of #mycoplasma using both fluorescent protein and synthetic dye labeling: bit.ly/3gPwESW
Image from Nikon Microscope Solutions (@NikonInst)
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Fabien Rideau retweeted
Yonathan Arfi (@yo_arfi) profile picture
Yonathan Arfi@yo_arfi3 Feb 2022
Haaaaa the smell of fresh pre-print in the morning. The latest adventure of the @Mollicutes_Lab : super resolution microscopy in mycoplasmas. biorxiv.org/content/10.1101/… 👏👏 to @Fab_Curtain who spent way too many hours collecting and analyzing data A 🧵 ⤵️ (in gifs)
Imaging minimal bacteria at the nanoscale: a reliable and versatile process to perform Single...

Imaging minimal bacteria at the nanoscale: a reliable and versatile process to perform Single...

Mycoplasmas are the smallest free-living organisms. These bacteria are important models for both fundamental and Synthetic Biology, owing to their highly reduced genomes. They are also relevant in...

biorxiv.org
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Soutenance de thèse pour Thomas Ipoutcha sur le développement de nouveaux outils efficaces d’ingénierie génomique chez les mycoplasmes. ⁦@Mollicutes_Lab⁩ ⁦@univbordeaux⁩ . Dans l’amphithéâtre prestigieux du Haut Carré, la classe
Image from Alain Blanchard (@Alain_Blancha)
Image from Alain Blanchard (@Alain_Blancha)
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Imaging minimal bacteria at the nanoscale: a reliable and versatile process to perform Single Molecule Localization Microscopy in ... biorxiv.org/cgi/content/shor… #biorxiv_micrbio
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Fabien Rideau retweeted
bioRxiv (@biorxivpreprint) profile picture
bioRxiv@biorxivpreprint3 Feb 2022
Imaging minimal bacteria at the nanoscale: a reliable and versatile process to perform Single Molecule Localization Microscopy in mycoplasmas biorxiv.org/cgi/content/shor… #bioRxiv
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Our new pre-print is available. We used the diversity of bacteria from the class Mollicutes to address a fondamental question of cell shape: ⁦Tuning spherical cells into kinking helices in wall-less bacteria | bioRxiv biorxiv.org/content/10.1101/…
Tuning spherical cells into kinking helices in wall-less bacteria

Tuning spherical cells into kinking helices in wall-less bacteria

In bacteria, cell shape is determined and maintained through a complex interplay between the peptidoglycan cell wall and cytoplasmic filaments made of polymerized MreB. Spiroplasma species, members...

biorxiv.org
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It was really nice to present our recent work on Super Resolution Microscopy in Mycoplasmas at @2021Iom congress @yo_arfi @Mollicutes_Lab 🔬🦠🤓
Image from Fabien Rideau (@Fab_Curtain)
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Fabien Rideau retweeted
Yonathan Arfi (@yo_arfi) profile picture
Yonathan Arfi@yo_arfi5 Mar 2021
Happy to share the follow up on our 2016 story on MIB-MIP and how mycoplasma evade immunity. A very nice collaboration with the excellent people @fronzes_lab 🥰😍 advances.sciencemag.org/cont… Work performed in @Mollicutes_Lab @iecb_bordeaux @INRAE_NA_BDX @univbordeaux @ESRF_FR
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Fabien Rideau retweeted
Nations Unies (ONU) (@ONU_fr) profile picture
Nations Unies (ONU)
@ONU_fr6 Jan 2021
Nous sommes tous exposés à une énorme quantité d’informations sur la #COVID19 et toutes ne sont pas fiables. @WHO propose 7⃣ conseils pour faire le tri et enrayer la propagation des fausses informations. bit.ly/3oht99H
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