@ASAP_Research's @Jakobssonlab Team. Co-PIs: @PDandHDLab, @MollyHammell & @Kirkeby_Lab. We're studying activation of transposable elements in #ParkinsonsDisease
Hot off the press 📣LINE-1 retrotransposons drive human neuronal transcriptome complexity and functional diversification | Science Advances https://t.co/jgiMRpZhTC
Some of us are at the @ASAP_Research meeting in San Diego this week. We are presenting new data on the innate immune response in Parkinsons disease and its link to activation of transposable elements. @ATransposons
New preprint from our lab. We asked if LINE-1 transposable elements are expressed in the human brain – and found something exciting and intriguing:
L1 retrotransposons drive human neuronal transcriptome complexity and functional diversification
https://t.co/PjizQEhu2G
Thread👇
A revised version of our preprint where we find activation of an interferon response and endogenous retroviruses in oligodendroglia after TBI
https://t.co/o7Yjxjqzqt
Om my way to Cambridge 🇬🇧 to discuss transposons and KRAB-ZNFs for the coming three days (and maybe also try a pint or two). @ASAP_Research@ATransposons
Check out this @biorxivpreprint studying the VPS13C protein at ER-lysosomes membrane contacts. #OpenScience from Team De Camilli! https://t.co/qgb8wKvrRw