Mathéa Geraud

PharmD, PhD student in Olivier Sordet's group, @SIGNATHER team at CRCT @crctoncopole

[Mathéa Geraud @MatheaGeraud]

Glad to see our review published @IRCellMolecBio, summarizing the role of DNA topology on transcriptional DNA breaks in cancer.
https://t.co/mzVEMxIItA
@AgneseCristini @crctoncopole @ARS_OC @Fondationfrance

[STAR Protocols @STARProtocols]

Check out this #protocol by @MatheaGeraud @AgneseCristini @LaraFernandezMz @AndreaCAjello @SIGNATHER et al for single-cell analysis of DNA double-strand break production and repair in cell-cycle phases by automated high-content microscopy: https://t.co/nrGPTux5lC. 🔬🧬Research in Cell Reports:
https://t.co/NTPnZ7lsfh

[BENU BRATA DAS (BBD Lab) @benubrata]

https://t.co/DnJtDgpF9O
Excited to share our latest publication in EMBO Journal on TDP1 phosphorylation at S61 in mitosis and genome instability and Cancer. Congratulations Srijita!! for her incredible PhD work.

@IndiaDST @serbonline @DBTIndia @ICMRDELHI @iacskolkata

[Cell Reports @CellReports]

TDP1 mutation causing SCAN1 neurodegenerative syndrome hampers the repair of transcriptional DNA double-strand breaks https://t.co/XpmILQl5nU

[Mathéa Geraud @MatheaGeraud]

@AudreyLumeau @CellReports @SIGNATHER @crctoncopole @AgneseCristini @BeryNicolas @gcapranico Thanks Audrey!!

[Mathéa Geraud @MatheaGeraud]

Happy to share our work in @CellReports suggesting a role for transcriptional DSBs in SCAN1 neurodegenerative disease.
SordetLab @SIGNATHER @crctoncopole

Thanks to @AgneseCristini @BeryNicolas @gcapranico lab and all the authors!

https://t.co/TCzmAEcNAp

[Mathéa Geraud @MatheaGeraud]

@CellReports @SIGNATHER @crctoncopole @AgneseCristini @BeryNicolas @gcapranico We show that SCAN1 cells accumulate transcriptional DSB, specifically in G1-phase cells. Mutated TDP1 both increases transcriptional DSB production and hampers DSB repair by TDP2 compensatory pathway.

[CRCT-Oncopole @crctoncopole]

Le @crctoncopole recrute un(e) Ingénieur(e) en #Bioinformatique. CDD 24 mois temps plein
Prise de fonction à partir du 01 septembre 2023
Consulter l'annonce ➡️https://t.co/kHC2jnSZn9

[Julien Mazieres @JulienMazieres]

Sunny all-day retreat of the @SIGNATHER @crctoncopole team in Toulouse countryside. Exciting projects regarding biomarkers, liquid biopsies, transcription R-loops, Double-strand breaks, resistance to targeted therapies and translational research. Great team to defeat #LungCancer

[CRCT-Oncopole @crctoncopole]

#ConferenceduCRCT | Vendredi 13 janvier à 11h00

Le Dr Sarah Lambert de l'@institut_curie interviendra au CRCT sur : "Building a barrier to replication fork degradation with Okazaki fragment".

#Cancer

Plus d'infos 👉https://t.co/kcYPSDGzYH

[CRCT-Oncopole @crctoncopole]

L'association @AlkRos1France fait un don de 5000 euros à la recherche à l'équipe SIGNATHER du @crctoncopole de Toulouse. https://t.co/PAYIJWgvu5

[Agnese Cristini @AgneseCristini]

Very happy to share our work investigating the role of RNase H2 in maintaining R-loop balance and preventing DNA breaks in human cells @NatureComms! Thanks to GromakLab @Dunn_School and all co-authors @Michael_Tellier @BeryNicolas and the others

https://t.co/MqEWiNRulr

[Nicolas Bery @BeryNicolas]

Glad that our review on "Targeting small GTPases and their downstream pathways with intracellular macromolecule binders to define alternative therapeutic strategies in cancer" is now out @PPPublishing. Written with @MarieSorbara. @crctoncopole @BiochemSoc https://t.co/03xnfEG7gm

[🔬Andrew Deans🇦🇺 @GenomeStability]

DNA ligase III loss induces MRE11-mediated ssDNA gaps and PARPi sensitivity in BRCA1−/−53BP1−/− cells
@MolecularCell
https://t.co/PO9onBcylT

[Alberto Ciccia @CicciaAlberto]

Interested in applying CRISPR screening technologies to discover new DNA repair genes and functions? In our latest review written by Sam Hayward we discuss the use of CRISPR screens for the study of homologous recombination! @ELS_Genetics

https://t.co/rqjV1qJKKW

[🔬 R-loop @R_loop_papers]

Transcription-associated DNA breaks and cancer: A matter of DNA topology https://t.co/r4fvxkWDQT