Aging Reversed in Human Cells
A #BiomedicalGerontology Milestone: http://BiomedicalGerontology.com
@UniofExeter @DrELatorre @miRNAgirl @Team_RNA
"Key aspects of human cell ageing reversed by new compounds"
https://medicine.exeter.ac.uk/news/articles/keyaspectsofhumancellagei.html
funded by Dunhill Medical Trust and the Medical Research Council.
The paper, published in the journal Aging, is entitled: “Mitochondria-targeted hydrogen sulfide attenuates endothelial senescence by selective induction of splicing factors HNRNPD and SRSF2.”
A #BiomedicalGerontology Milestone: http://BiomedicalGerontology.com
@UniofExeter @DrELatorre @miRNAgirl @Team_RNA
"Key aspects of human cell ageing reversed by new compounds"
https://medicine.exeter.ac.uk/news/articles/keyaspectsofhumancellagei.html
funded by Dunhill Medical Trust and the Medical Research Council.
The paper, published in the journal Aging, is entitled: “Mitochondria-targeted hydrogen sulfide attenuates endothelial senescence by selective induction of splicing factors HNRNPD and SRSF2.”
Check out this press release about Trust-funded research led by @miRNAgirl @ExeterMed which showed that key aspects of an ageing cell can be reversed by new compounds developed @UniofExeter
— DunhillMedicalTrust (@DunhillMedical) August 8, 2018
https://t.co/vcCbl54aet
Scientists just reversed aging in human cells https://t.co/i7x3kTRTKl pic.twitter.com/XK53dMo1ox
— Newsweek (@Newsweek) August 14, 2018
A nice balanced write up of our latest study @UofE_Research @ExeterMed https://t.co/hQHtEUQkqv
— Prof Lorna Harries (@miRNAgirl) August 8, 2018
You can read the full article, by @DrELatorre, Roberta Torregrossa, Dr Mark Wood, Prof Matt Whiteman & @miRNAgirl here: https://t.co/pBE3WldNWC
— Exeter Med School (@ExeterMed) August 7, 2018