Excited to share our latest @ARD_BMJ study! We reveal the mechanism by which autoantibodies enter cells, disrupt their target autoantigens, and drive tissue injury and inflammation in myositis and other autoimmune diseases. 🧬
https://t.co/nbX62hRSb6
@hospitalclinic @CIBERER @mitometlab@NIH@SaludISCIII@GortLaura 🆕 El #CLÍNIC-#IDIBAPS participa en un estudi on s’ha descobert un nou tipus de Síndrome de Depleció-Deleció d’ADN Mitocondrial
L’estudi descriu com les mutacions en el gen GUK1 causen aquesta nova forma de MDDS
👉https://t.co/9JpdrhwQvA
🧬We've recently participated in this work in which GUK1 is identified as the cause of syndromes related to mitochondrial DNA maintainance.
Guanylate Kinase 1 Deficiency: A Novel and Potentially Treatable Mitochondrial DNA Depletion/Deletions Disease
https://t.co/ZDdxH3Igt3
Hamstrings on focus: Are 72 hours sufficient for recovery after a football (soccer) match? A multidisciplinary approach based on hamstring injury risk factors and histology
https://t.co/6xz5ARV8c5
Investigadors del #CLÍNIC-@idibaps han participat en un estudi sobre els mecanismes implicats en la miopatia inflamatòria idiopàtica.
🔬 Revela com els anticossos poden entrar a les cèl·lules musculars i interferir amb les seves funcions normals.
👉 https://t.co/zT6yKmzgdg
@Myopathy10@MilisendaC@mitometlab@hospitalclinic @CIBERER 🆕Descubren un mecanismo clave en las Miopatías Inflamatorias Idiopáticas
Investigadores del #CLÍNIC-#IDIBAPS han participado en un estudio que revela cómo los anticuerpos pueden entrar en las células musculares e interferir con las funciones normales
👉https://t.co/7TrqomZ739
In myositis, autoantibodies are internalized into muscle fibers, disrupt the biological function of their autoantigen, and mediate the pathophysiology of the disease.
https://t.co/JtTExOvuME