Ruben Artero
@rubenartero3
Professor of Genetics at University of Valencia. Co-founder of ARTHEx Biotech.
Catedrático de Genética en la Universidad Valencia. Co-fundador ARTHEx Bio
ID: 1000846290761191424
http://www.uv.es/gt 27-05-2018 21:08:45
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Fully funded 3+1-year Ph.D. position available at Translational Genomics (uv.es/gt) to study rare disease LGMDD2. Must have Life Sciences degree from non-EU university (> Jan 1, 2019). Send CV, records, & motivation letter to [email protected] before end of July.
Hoy en Valencia para discutir nuestro proyecto de Agencia Estatal de Investigación sobre el mecanismo de acción de TNPO3, una proteína clave en la distrofia muscular LGMDD2 y la infección VIH. Gran trabajo del grupo de Ruben Artero y AIDS Immunopathology . Siempre con el apoyo de los pacientes Asociación Conquistando Escalones
Our Science Advances study reveals that antimiR therapies targeting miR-23b and miR-218 can restore MBNL1 and reduce RNA toxicity in DM1. This dual action offers a reliable treatment option across CTG repeat variations. Myotonic Dystrophy Foundation @arthexbiotech ir.uv.es/0uv1v0K
Extremely happy and proud of the collaborative work that made it possible to transform an idea into an actual drug for human use. ARTHEx biotech finance.yahoo.com/news/arthex-bi…
We had our third Spanish DM1 Research Network Meeting, featuring speakers Ramón Eritja, Mani Mahadevan, and Ariadna Bargiela. They shared insights on drug oligonucleotides, fibrosis mechanisms, and MSI2. A_Bargiela Translational Genomics Lab University of Valencia
👩🏼🔬 Inspirador mensaje de nuestra investigadora Ali Novella Estellés en el #DíaInternacionalDeLaMujeryLaNiñaEnLaCiencia, donde anima a que se sigan sumando más mujeres a esta desafiante profesión. #SinCienciaNoHayFuturo
Use of HSALR female mice as a model for the study of myotonic dystrophy type I pubmed.ncbi.nlm.nih.gov/40016516/ HSALR mice are key for studying myotonic dystrophy type I (DM1), yet female mice are often excluded. Our study shows no fundamental male-female differences in muscle phenotypes.
🚨Excited to share our latest publication, where we describe miR-107 as a novel contributor to the pathogenesis of DM1.go.uv.es/BhGvl5E. 🙏Grateful to the MDF for their support Myotonic Dystrophy Foundation Proud of the entire team behind this achievement! #DM1 #MyotonicDystrophy