
Cortés Lab
@CortesLab
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We study DNA topology, the action of topoisomerses and DNA break repair to understand genome organization, dynamics and stability @CNIO
CNIO (Madrid, Spain)
Joined December 2019
🔥🔥🔥 PREPRINT 🔥🔥🔥. Wanna know how your favorite gene affects double-strand break repair outcome/CRISPR-Cas9 gene editing?. Check this out! ⬇️ #REPAIRome.
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RT @GMillanZambrano: Have a look at our review in @MolecularCell . We explore how histone modifications serve as integrators of genome acti….
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RT @JCReyes_lab: En nuestro grupo en @cabimer investigamos sobre el síndrome por deficiencia en el gen CHD8. Buscamos a personas diagnostic….
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RT @rfleiro: Many thanks to @FundlaCaixa @CaixaResearch for the incredible support to work on this important problem together with Borja Ib….
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Very excited with the opportunity to take our basic discoveries on DNA topology and topoisomerase function to possible applications in our fight against cancer with this #CaixaResearch grant. Thanks @CaixaResearch!. Opportunities to join this project @CNIOStopCancer will follow.
🧬 Debido a su rápido crecimiento, las células tumorales son más propensas a acumular nudos y enredos en su ADN. Con una ayuda #CaixaResearch, @CortesLab estudiará cómo pueden estos errores usarse para desarrollar nuevas herramientas de diagnóstico y tratamiento del cáncer.💊
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RT @CNIOStopCancer: @CaixaResearch @CortesLab @Gsabiolab @rfleiro @LlorcaLab En este hilo de @caixaresearch puedes ver cómo fue la ceremoni….
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Very excited with this project in collaboration with @rfleiro, and grateful to @CaixaResearch for the support in this amazing program #CaixaImpulse.
Felipe Cortés, chief of the Topology and DNA breaks Group #CNIOStopCancer @corteslab, recieves funding from #Caixaimpulse2024 for a project aimed at a rapid autodiagnostic test based on CRISPR-Cass.✂.
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Gracias a @CaixaResearch por el apoyo! Junto con @rfleiro intentaremos llevar el potencial diagnóstico de los sistemas CRISPR-Cas al siguiente nivel, suministrando información genética directamente al paciente y acelerando la toma de decisiones clínicas @CNIOStopCancer.
🧬 El sistema CRISPR-Cas tiene un gran potencial diagnóstico, pero necesita muestras con⬆️cantidades de material genético para funcionar. Con apoyo de #CaixaImpulse Innovación, Felipe Cortés validará un método que optimiza CRISPR-Cas para su uso en autodiagnósticos rápidos. 🔗
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RT @chromodyst: An exciting meeting with lots of exciting results and interesting discussions. Thanks everyone for such a great time! https….
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Transcriptional deregulation at the basis of multiple sclerosis!. We feel privileged for the opportunity to add our small contribution to this impressive piece work. A pleasure to collaborate with such great scientists.
Very excited to share our new manuscript reporting a novel mechanism in the progression of Multiple Sclerosis (MS): dysfunction of C-terminal TAF1.Great collaborative effort with @GoCasteloBranco @CortesLab @MatuteC_ @claudio_toma_ @DrDiegoClementelabs 1/9.
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RT @LauberthLab: A new paper from @Lauberthlab by @BholaMannan and Kouki Abe shows how RNA and TOP1 work together to regulate DNA topologic….
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RT @KarstenRippe: 1/ 🤔 Do #chromatinlooping-mediated promoter-#enhancer interactions drive gene expression? Or is the local enrichment of t….
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RT @CMAzzalinLab: 📣New opportunity for #Postdoc researcher!📣.If you are interested in #telomeres and #genomestability, don’t miss this chan….
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@ErnestoLDA1811 @iscorbacho @DanielGLL_ @ChromDyn @rfleiro @gjmacintyre @CNIOStopCancer Thanks Fernando! Still polishing the web tool. Hope to be able to release it soon ….
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RT @LabBermejo: 📢 We are on the lookout 👀 for a PhD candidate! Fully funded 4-year project focused on the molecular dynamics of replication….
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