Juandi Hernández

Postdoc at @institutpasteur. Former PhD student at @BioCelUPO @CABD_UPO_CSIC. Part time runner and cyclist. Betis fan. Views my own.

[Juandi Hernández @juandihc]

Thrilled to announce that our last work is now published in @NatureComms. A short thread… @institutpasteur @BCI_Pasteur @DevStem_Pasteur (1/5) https://t.co/xyrPr6wI3V

[Confederación de Sociedades Científicas de España @COSCEorg]

🔬 “La ciencia no puede operar con la lógica de una oficina municipal”

Rafael Vázquez, investigador en @IISLaFe y miembro de la Comisión COSCE de estudio de la burocracia, explica en @el_pais las trabas que sufre la #investigación en España y reivindica las propuestas del Manifiesto COSCE por un SECTI más eficiente.

https://t.co/1A0nJhMODG

[Real Betis Balompié 🌴💚 @RealBetis]

Hola, @ChampionsLeague 😜💫

[Juandi Hernández @juandihc]

https://t.co/Dacy4PfHjQ (3/3)

[Juandi Hernández @juandihc]

Great news after the Christmas break! The work showing that CHCHD10 causes mitochondrial cardiomyopathy by disrupting intermembrane space proteostasis, impairing Cyt c–dependent bioenergetics, and triggering maladaptive mtISR signaling—led by Márcio, a lab mate of mine—(1/3)

[Juandi Hernández @juandihc]

has just been published in EMBO Molecular Medicine @EMBO @EmboMolMed. Special congratulations to Timothy and all the good people involved in this work. I am happy to be part of this project. (2/3)

[Science News @SciencNews]

Academia isn't a calling—it's a job. Stop glorifying burnout. Clock in, do great work, clock out. Your worth isn't measured in unpaid overtime

[Gilles Gouspillou @GGouspillou]

Mitochondrial RNA cytosolic leakage drives the SASP | Nature Communications https://t.co/6t8BaLEUuc

[bioRxiv Cell Biology @biorxiv_cellbio]

Mutant CHCHD10 disrupts cytochrome c oxidation and activates retrograde signaling in a model of cardiomyopathy. https://t.co/yskEOmBDb7 #biorxiv_cellbio

[Juandi Hernández @juandihc]

Last week, I had the great opportunity to present my postdoc project as a talk at the EMBO–FEBS meeting in Belgrade, Serbia. This work is being carried out at the Institut Pasteur Paris, France. Grateful to the organizers for this inspiring and insightful event! @EMBO @FEBSnews

[Juandi Hernández @juandihc]

Here we go—ready for another adventure! 👨🏻‍🔬🧫

[Real Betis Balompié 🌴💚 @RealBetis]

𝒰𝓃𝒶 𝒻𝑜𝓉𝑜𝑔𝓇𝒶𝒻𝜄́𝒶 𝓅𝒶𝓇𝒶 𝑒ℓ 𝓇𝑒𝒸𝓊𝑒𝓇𝒹𝑜.

[Real Betis Balompié 🌴💚 @RealBetis]

🇪🇸💚🪄😍

¡¡¡VAAAAAAAAAAAAAAMOS!!!

¡@isco_alarcon, convocado con la @SeFutbol!

[Pablo Mora Ruiz @_PabloMora_]

Pero no preocuparse, que "esta semana o la próxima, sale) y si no sale, vuelve a leer la frase

https://t.co/woD2QAix14

[Real Betis Balompié 🌴💚 @RealBetis]

🌟🌟🌟

Yo vi jugar a Don Francisco Román Alarcón Suárez.

[Piplettes Pasteur @Piplettes_mag]

🚨Ready to learn some cool stuff about whales? 🚨

Our latest article, Extreme Environments: Lessons from the Ocean Depths, explores how whale hearts adapt to deep-sea pressures🐋

Written by Juan, postdoc at @institutpasteur 🧬

👉Read it here: https://t.co/ptWaWvxXRj

[Juandi Hernández @juandihc]

@pgonzrodriguez Dejo la mía también😀: @juandihc.bsky.social

[Institut Pasteur, since 1887 @institutpasteur]

🎉 Aujourd’hui, nous célébrons les 136 ans de l’Institut Pasteur 🎉 Inauguré le 14 novembre 1888, l’institut continue d’avancer dans la recherche pour la santé mondiale et l’innovation scientifique. Joyeux anniversaire à cet héritage qui nous inspire chaque jour !

[cvicgar @cvicgar]

Inspiring talks, great people, awesome venue! Really enjoying @EMBO Workshop “Skeletal Muscle Development, Metabolism & Repair during Homeostasis and Disease” taking place in Catania 😊

[Muscle Cell News @musclecellnews]

🔎 Investigators demonstrated that Adck2 heterozygous mice exhibited defects from embryonic development, particularly in #skeletal muscle.

💡 Adck2 heterozygous embryos were 7% smaller and displayed signs of delayed development.

@JCSM_cachexia | https://t.co/hLykcl56WH

[Juandi Hernández @juandihc]

Thank you very much for sharing our latest work!

[Muscle Cell News @musclecellnews]

🔎 Investigators demonstrated that Adck2 heterozygous mice exhibited defects from embryonic development, particularly in #skeletal muscle.

💡 Adck2 heterozygous embryos were 7% smaller and displayed signs of delayed development.

@JCSM_cachexia | https://t.co/hLykcl56WH