Stem Cell Metabolism lab. Using iPSCs to search for cures for rare mitochondrial diseases. Editor-in-Chief of Stem Cell Research. @AlePrigio@fediscience.org
Next up in the modelling IEM session, Dr @AlePrigio discusses developing brain organoid models for the study of #mitodisease. In addition to developing robust models, he has begun working on drug repurposing
#excitingstuff#raredisease#SSIEM2024
(not brains in jars)
It's out! Excited to share our latest work in Nat Comms.
We found that mutant Huntingtin impairs human neurodevelopment in brain organoid models through early disregulation of the mitochondrial protein CHCHD2.
Thanks to all coauthors!
nature.com/articles/s41467-0…
This was quite a long project starting several years ago and a huge collaborative efforts! Mainly with @HHU_de and @MDC_Berlin but also other labs in Germany, Greece and Spain!
Great collaboration with co-last author @metzgerlab. And thanks to funding from @dfg_public
Delighted to share our latest preprint! We used iPSC-derived brain organoids and deep learning screenings to identify new drugs to treat the mitochondrial disease Leigh syndrome.
Graduate student Carmen Menacho received a Merit Award for this #ISSCR2024.
biorxiv.org/content/10.1101/…
Great collaboration with Antonio del Sol, @OlePless, Christine Rose, @eperlste and many others. Grateful to the support from @BMBF_Bund and @EJPRareDiseases, European Commission, @cure_mito, @UMDF, PALS, and Mito Help!
Delighted to share our spotlight article @TrendsNeuro to comment on a beautiful work by the Guemez-Gamboa lab on modeling a rare neurodevelopment disorder with brain organoids. authors.elsevier.com/sd/arti…
📣 SAVE THE DATE 📣 Join us at the #MITOchats Symposium on June 4th, 2024, at Max Planck Institute for Biology of Ageing, Cologne ✨ Featuring global experts, cutting-edge research, and free participation! Registration opens March 2024! Stay tuned here & on our website #mito
🧠The synapse density rapidly increases post-birth👶, reaches its maximum during infancy, at which stage it is double the amount that will be observed in adulthood.
📕Conel, JL. The postnatal development of the human cerebral cortex. Cambridge, MA: Harvard University Press; 1975