Can the aging gut drive brain aging?
Our new preprint shows that targeting the aged microbiome induces widespread brain rejuvenation.
https://t.co/8MxkaOYSIn
@biorxiv_neursci@biorxivpreprint
Thanks a lot @isscr for selecting my abstract for a poster teaser presentation. Such a great opportunity to present my new project on gut microbiome and brain aging! Lots of positive feedback and exciting discussions with many scientists from all over the world!! @LeeRubinLab
I’m extremely excited to announce that my PhD work about the role of piRNAs in adult neurogenesis is finally out on @emboreports! Thanks to @miRNALab_iit and to all the great people that contributed to this publication!
https://t.co/jLkSYXPsQ5
we wish to congratulate @CateGaspe and all co-authors and thanks all the collaborators @DisproLab @Stegustincich @RNA_iit@IITalk and worldwide @Carninci @FitzFitzsimons who made this study possible. 7/end
Jun 29, 2022, 10 AM ET; RNA collaborative seminar series, Hosted by Istituto Italiano di Tecnologia (IIT)
Seminar by @robertogiambru2@CateGaspe
Moderator: @miRNALab_iit Zoom Registration link: https://t.co/T0iQRSApqU
Hot off the press from our lab! Proud to share with you our latest work by Ximerakis et al. where we look at the effects of heterochronic parabiosis in the aging brain and show changes in the transcriptomic profile of some of your *favorite* cell types. 🧠 https://t.co/2n0nCUbLk4
Very interesting work showing that #PIWI-interacting
RNAs are essential for proper neurogenesis in the postnatal hippocampus. A new landscape with potential implications
for learning and memory
@miRNALab_iit@CateGaspe @FitzFitzsimons @UvA_Amsterdam@RIKEN_IMS@AD1959 @stegustincich @IITalk Loss of function of piRNAs in adult neuro progenitor cells inhibits neurogenesis and increase gliogenesis. Proposing that piRNA sustains adult neurogenesis, with a role in repressing translation. Details in the ms! Thanks to @miRNALab_iit for involving us!
I'm very happy to see my first pre-print online today! Many thanks to all co-authors and @miRNALab_iit members who supported me for this work.
https://t.co/oLWjvbo5cp
‼️@miRNALab_iit finds #PIWI-RNA (small RNA that maintain genome integrity & fertility) are essential to generate new neurons in the adult brain: implications for brain’s plasticity and neurodegeneration. A multidisciplinary and international effort! 👏
https://t.co/Ec6ZrMFCTq
A post-doc position in my lab to study targets of a miRNA key mediator of Physical Exercise-Induced Adult Hippocampal Neurogenesis. Spread the news! https://t.co/VgRg6IxWLw
Our Caterina Gasperini of @miRNALab_iit coordinated by Davide De Pietri Tonelli invited at #KSmobilegen - Keystone Symposia https://t.co/xGQhueBIlw
Congrats!