People being treated for certain deadly cancers lived longer if they had received an mRNA-based vaccine against COVID-19 than if they hadn’t https://t.co/ZR3tYeHElg

Hope is on the horizon for advanced #prostatecancer thanks to a study led by molecular biologist Dr. Veronica Rodriguez-Bravo. The study uncovers how prostate cancer exploits a protein in order to resist targeted therapies and evade the immune system. https://t.co/m7zy08ada8

On behalf of @genehumdi member @gmnavajas 🚨Looking for a #GeneEditing #Postdoc at @sangerinstitute ! Cutting Edge Science: ✂️CRISPR/Cas9 Editing 🔬small molecule screenings 🧫single-cell genomics 👩‍🔬 functional analyses Learn more: https://t.co/JUc6nNObmu

Thrilled to share our story in its final form! https://t.co/cCr9a1kpoO💥 After ~10 years, we show that BMAL1 represses transposons via chromatin regulation in embryonic stem cells—rather than circadian rhythms as in adult tissues.

RFK Jr. just cut $500 million in federal funding for mRNA vaccine development. Not because the vaccines failed. Not because they’re unsafe. But because of ideology. Twenty-two projects - gone overnight. These weren’t fringe efforts. They included next-gen vaccines for COVID-19,

Thanks to the organizers, guests & participants of the 2025 Ehlers Symposium for an energizing scientific retreat.

Congratulations to my colleagues for their amazing last paper on the role of nucleoporins in #prostatecancer progression and immune evasion!! @VRodriguezBravo @DomingoDomenech

Congrats on @MayoUrology published study led by Drs @VRodriguezBravo and @DomingoDomenech discover that nucleoplasm-residing nucleoporins drive #ProstateCancer progression & immune evasion by switching on oncogenic signaling from deep within the nucleus! https://t.co/99Kmakz161

In this paper we show that resistance to Apalutamide is driven by AR bypass and tumor plasticity, not classic AR variants. Thanks to all who were part of this! #prostatecancer #CancerResearch #CRPC #Oncology

I'm thrilled to share the publication of our paper: "Phenotypic Plasticity and Androgen Receptor Bypass Drive Cross-Resistance to Apalutamide in Castration-Resistant Prostate Cancer Cell Models" Part of my PhD work at @genyo_pts !

#PublicaciónCientífica “Oncogenic KRASG12D Transfer from Platelet-like Particles Enhances Proliferation and Survival in Non-Small Cell Lung Cancer Cells” @CanalUGR @ibsGRANADA @FacMedicinaUGR @hospital_hvn https://t.co/cDjl3yc9FL

News: NIH Could See Funding Slashed by 40% https://t.co/VRhps6Fzcd

Logran eliminar el cromosoma extra del síndrome de Down Utilizando la técnica de edición genética CRISPR-Cas9 en células madre pluripotentes in vitro logran pasar de 3 a 2 cromosomas 21. Este es un avance significativo en el campo de la medicina genómica https://t.co/8YrecO8nFZ

👩‍🔬Seguimos celebrando el #DíadelaMujerylaNiñaenlaCiencia Hoy, en el IES Ágora de Alcobendas con estudiantes de 1º Bachillerato. En la clase de #biología han visto la docuficción ‘Ciencia para Vivirla’ protagonizada por @irisdobles Gracias al instituto por su implicación ♥ #STEM

🔬Estamos en @genyo_pts celebrando el #DíadelaMujerylaNiñaenlaCiencia con estudiantes de la ESO del IES Padre Manjón de Granada Tras visitar el centro: ✅Han visto ‘Ciencia para Vivirla’ https://t.co/Ql919Umy0b ✅Han interactuado con su protagonista, la investigadora @irisdobles

#STEM | 👧👩‍🔬El #11F celebramos el #DíaMujeryNiñaCiencia en el @genyo_pts. Alumnos de 1º, 2º y 3º de la ESO del IES Padre Manjón de Granada visitarán el centro 🔬🧪, visionarán la docuficción ‘#Ciencia para Vivirla’ 📹 y conocerán a su protagonista, la investigadora @irisdobles

¡El 11 de febrero celebramos el #diadelaniñaylamujerenlaciencia en GENyO! Los alumnos del IES Padre Manjón tendrán la oportunidad de ver la docuficción “Ciencia para vivirla” que realiza la @fundacionPfizer podrán conocer a su protagonista @irisdobles.

All eyes on #Rafah 🇵🇸

🧬Congrats to the @karim_benabdel team and specially to 👩‍🔬#KrisPavlovic for devoting such effort to better comprehend how to improve CAR-T therapies. The paper "Generating universal anti-CD19 CAR T cells with a defined memory phenotype..." is now online! https://t.co/QEvgTUgWja

https://t.co/XlFm42BiK0