Stem Cell Metabolism lab. Using iPSCs to search for cures for rare mitochondrial diseases. Editor-in-Chief of Stem Cell Research. @AlePrigio@fediscience.org
Düsseldorf, Germany
Joined December 2016
- Tweets1.4K
- Following743
- Followers1.2K
- Likes4.1K
Alessandro Prigione retweeted
The Impact of Mutant #Huntingtin on Neurodevelopment Unveiled through Human #Brain #Organoid Models. #BrainOrganoid
By Pawel Lisowski，Selene Lickfett，@AlePrigio，et al.
More Brain Organoids Research Highlights: isoor.org/brain-neural-organ…
Article Link: nature.com/articles/s41467-0…
Alessandro Prigione retweeted
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)
Alessandro Prigione retweeted
Researchers at @MDC_Berlin and @HHU_de have identified a gene that affects mitochondria in an #organoid model of #Huntington’s disease. The gene may contribute to brain abnormalities much earlier than previously thought. @NatureComms @metzgerlab @AlePrigio
mdc-berlin.de/news/news/new-…
Alessandro Prigione retweeted
How do axons maintain functional #mitochondria? Happy to share our last #CLUH story. #ScienceAdvancesResearch science.org/doi/10.1126/scia…
Alessandro Prigione retweeted
Postdoc positions in pancreas development & stem cells in the Spagnoli Lab @LabSpagnoli
Come join us as a #postdoc to lead a new exciting #T1D Grand Challenge-funded research program on engineering #stem cell-derived islets
jobrxiv.org/job/kings-colleg…
#d...
jobrxiv.org/job/kings-colleg…
Alessandro Prigione retweeted
Very happy to share our new article of the interaction of mitochondria, innate immunity and viral infections and the relevance for brain &liver disease. Impressive work by @KangYilin. Thanks @hepojoki @Olli_Vapalahti and all collabs! @helsinkiuni @ASW_lab rdcu.be/dDx2G
Alessandro Prigione retweeted
'Balancing neuronal activity to fight neurodevelopmental disorders'
'Spotlight' commentary by Stephanie Le, Carmen Menacho & Alessandro Prigione @AlePrigio
cell.com/trends/neuroscience…
discussing Rylaarsdam et al., @NatureComms, @GuemezGamboaLab
nature.com/articles/s41467-0…
Alessandro Prigione retweeted
📣REGISTRATION is open
Please follow the link sfb1218.uni-koeln.de/mito-cr… #mito #crc1218 @MPIAGE @CECAD_ – at Cologne, Germany
📣 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
Alessandro Prigione retweeted
Why Drug Developers Have a Growing Interest in Targeting Mitochondria podbean.com/ew/pb-7qnmn-154f…
Listen and learn...
Alessandro Prigione retweeted
🧠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
Alessandro Prigione retweeted
The mitochondrial ATP-dependent potassium channel (mitoKATP) controls skeletal muscle structure and function | Cell Death & Disease nature.com/articles/s41419-0…
Alessandro Prigione retweeted
✏️ @AlePrigio and co-authors review how technologies such as base editing of mtDNA and the generation of 3D #organoids from patient-derived iPSCs, could increase our mechanistic understanding of #mtDNA diseases.
Read more in @emboreports:
📎 bit.ly/3ZzINA7
Alessandro Prigione retweeted
Modeling mitochondrial #DNA #diseases: from base editing to pluripotent stem-cell-derived #organoids.
-> embopress.org/doi/full/10.15…
Our review on modeling mitochondrial diseases is out! We discuss available models including iPSCs, organoids, and new mtDNA editing approaches. Thanks to reviewers and editor for great input @emboreports
doi.org/10.15252/embr.202255…
Alessandro Prigione retweeted
⏰ There are less than 2 days left to bring your research to the 11. International Meeting. Ensure your latest work is considered for one of seven talks or a poster and submit your abstract by Wednesday, February 15, 11 am CET.
#IntMeeting2023
stammzellen.nrw.de/veranstal…
Alessandro Prigione retweeted
Registration to #Euromit2023 is now open! Go and register now to have a discount on your fee by selecting the Early Bird fees!
To register go to grupposymposia.onlinecongres…
If you need more information on the different fees, visit our website at euromit2023.eu/fees/
Alessandro Prigione retweeted
Reminder for all #stemcell researchers! Don't miss the deadline for submissions for the special issue of Stem Cell Research on engineered environments and organ-on-chip. Submit your cutting-edge research today! #SCR #OpenAccess spkl.io/60114wYBR
Alessandro Prigione retweeted
Do cells with impaired mitochondrial energy transformation capacity try to conserve energy? Or do they kick in higher gear and expend more energy to adapt?
@sturm_gav and collaborators investigated in patients and in aging primary human fibroblasts
nature.com/articles/s42003-0…
Alessandro Prigione retweeted
+++ Registration and Call for Abstracts are open for the 11th International Meeting on May 16/17 in Aachen! +++
Register now: stammzellen.nrw.de/en/events…
#IntMeeting2023 @ISSCR @gscn_office @eurostemcell @UniklinikAachen @RWTH @lab_wagner @MKW_NRW @BIONRW @MedizinNRW
Alessandro Prigione retweeted
In the year 1330 an officer at the Japanese imperial palace retired to become a Buddhist monk.
His name was Yoshida Kenkō, and here are 18 pearls of wisdom from his famous Tsurezuregusa, the Essays in Idleness.
In a distracting world, here's a different way to think...
ALT Painting of Yoshida Kenkō by Utagawa Kuniyoshi (1840s)
Alessandro Prigione retweeted
Great opportunity in Düsseldorf, Germany. We just announced a job opening for a W2 professorship (tenure track) in Mitochondrial Biology and Metabolism. @hhu_de @MedHHU @mitowomen #mitochondria #metabolism
