Simone Romeni

Ph.D. student in Translational Neural Engineering at TNE Lab, EPFL. Previously honors student at Scuola Superiore Sant'Anna, Italy.

[Science Translational Medicine @ScienceTM]

Harnessing both low- and high-frequency epidural electrical stimulation, researchers devise personalized protocols that foster rehabilitation and walking recovery in two #SpinalCordInjury patients while reducing spasticity. @_smicera @MINE_Neurotech https://t.co/7srDKw8VCL

[Silvestro Micera @_smicera]

New paper in @ScienceTM showing how a clinically available device can be used to reduce #spasticity and to restore #walking in SCI patients by using low and high-frequency #spinal #neuromodulation with @MyUniSR (Prof. Mortini). First author @SimoneRomeni (dedicated to AM)

[Bioelectronics Drop @BioelDrop]

A new #stimulation protocol to treat spinal cord injury⚡

Out in @ScienceTM , researchers from @SanRaffaeleMI led by @SimoneRomeni @MortiniPietro and @_smicera improved gait and reduced spasms in SCI patients combining EES with high and low frequencies

https://t.co/EVTk0dvwPB

[Simone Romeni @SimoneRomeni]

Of course, this is a huge team work carried on with co-first authors Elena Losanno, @Daniele20590, Luigi Albano, Filippo Agnesi and with many many other great researchers. Special thanks go to dr Sandro Iannaccone, in whose rehab unit the patients underwent an incredible path 8/8

[Simone Romeni @SimoneRomeni]

Check out our last work in @ScienceTM!

https://t.co/dfYrKH6sVv

We introduce and characterize a new epidural electrical stimulation protocol helping to reduce spastic muscle co-contractions while using traditional stimulation to strengthen residual functions

A thread 1/8

[Simone Romeni @SimoneRomeni]

The work was carried in a collaboration between @SanRaffaeleMI, @MyUniSR, @SantAnnaPisa, and @EPFL_en, which gave birth to the @MINE_Neurotech, co-led by prof @_smicera and prof Pietro Mortini. My deepest thanks go to them for setting up an incredible research environment 7/8

[Simone Romeni @SimoneRomeni]

And thanks to @saramoccia for the patient help and supervision about how deep learning could help optic nerve prostheses, and to @_smicera for helping all of us become better translational neuro-engineers every day! 12/12

[Simone Romeni @SimoneRomeni]

Check out our new work introducing and characterizing a geometrical model to study optic nerve electrical stimulation, now online at @iScience_CP ! https://t.co/5tV1bAJC92 @MINE_Neurotech @MyUniSR @Neuro_X_EPFL @SantAnnaPisa 1/12

[Simone Romeni @SimoneRomeni]

I would like to thank all co-authors (@lauratoni98, Gabriele), and particularly first authors @d_danieladeluca for her work on deep learning and experiments, and Luca Pierantoni for developing much of the cleverness behind our geometrical model during his master thesis! 11/12