Roberta Minino

PhD student in Motor Science and Wellness
#biomechanics #gaitanalysis #posture #motioncapture

[Pierpaolo Sorrentino @PierpaSorre]

Turns out, subject identification is mainly driven by the scale-free part of brain signals... https://t.co/FRXorTdGEI

[Pierpaolo Sorrentino @PierpaSorre]

Nasce "MoveNet", nuova StartUp di @Uniparthenope che mette tecniche avanzate di analisi del movimento al servizio dello sport e delle persone con disabilità motorie! Grazie a Diletta Capissi per aver colto l'essenza e la finalità di MoveNet! @mattinodinapoli

[Pierpaolo Sorrentino @PierpaSorre]

One can use the flexibility of critical dynamics, derived from neuronal avalanches and M/EEG, in order to predict individual disability in #AmyotrophicLateralSclerosis ! Now "In Focus" in #Neurology @GreenJournal @AANmember @HumanBrainProj

[Institut de Neuroscience des Systèmes @INS_Umr1106]

Great international collaboration using criticality and magnetoencephalography to predict individual impairment in ALS @MonashUni @HbpWp1 @PierpaSorre @CNRsocial_ @univAMU_Europe @Uniparthenope

[Emahnuel @Emahnuel_TL]

Network analysis applied to human kinematics. A whole-body analysis approach to study human movement.
https://t.co/l6GrhalsKR

[Emahnuel @Emahnuel_TL]

Brain fingerprint alterations in ALS patients are related to the clinical impairment. Now on Neuroimage: Clinical -> @eic_nic

Thanks in particular to @Antonella220197 @giu_sorre @PierpaSorre @Enri_amico

https://t.co/LwcFTXB1Bx

[Pierpaolo Sorrentino @PierpaSorre]

How to measure the speed of propagation of activity across the white tracts? Well, merge DTI and magnetoencephalography! How? Come see my poster on Wed and Thu #OHBM2022 (WTh299) to find out !! Keen to chat with you about it! @OHBM

[Roberta Minino @MininoRoberta]

#PLOSONE: Sensitivity to gait improvement after levodopa intake in Parkinson’s disease: A comparison study am ... https://t.co/7nDAcOFXip

[Pierpaolo Sorrentino @PierpaSorre]

Is there ALWAYS the SAME gradient of time scales in the brain? But traveling waves don’t always travel the same way! Measuring time scales of MEG edge time-series, we show dynamically reconfiguring gradients…back-to-front, front-to-back, and…back. https://t.co/gF5EroO7TR

[Pierpaolo Sorrentino @PierpaSorre]

Neurodegeneration makes brain dynamics more stereotyped, which in turn worsens subject identifiability. In amyotrophic lateral sclerosis, we show that the reduction of identifiability of a patient predicts its clinical impairement !! https://t.co/jhd73iVfYJ

[Emahnuel @Emahnuel_TL]

The progressive loss of brain network fingerprints in Amyotrophic Lateral Sclerosis predicts clinical impairment https://t.co/58QGTEWuwO

[Emahnuel @Emahnuel_TL]

A network approach to the movement kinematics. From subject recognition to clinical exploration.
With @PierpaSorre and @Enri_amico

The kinectome: a comprehensive kinematic map of human motion in health and disease https://t.co/GytHqyusBM

[Emahnuel @Emahnuel_TL]

A novel index of trunk displacement in gait analysis:
insight from an evolutionary perspective and application in Parkinson's disease.

https://t.co/J2vTW53O2C

[Roberta Minino @MininoRoberta]

Our new Paper is Online! So proud of this work!

@Emahnuel8 @MariannaLiparo2
"The effects of different frequencies of rhythmic acoustic stimulation on gait stability in healthy elderly individuals: a pilot study" https://t.co/pcQHP6bSzb

[Pierpaolo Sorrentino @PierpaSorre]

It looks like critical fast brain dynamics are stereotyped in Parkinson's, proportionally to network synchronization AND to clinical impairment...Those basal ganglia🙄...Out now, from the NaplesMEG team, my friend Leo Gollo and @DrBreaky https://t.co/an3zgL1gYG

[Roberta Minino @MininoRoberta]

A synthetic kinematic index of trunk displacement conveying the overall motor condition in Parkinson’s disease https://t.co/N0VpkBUri0
💪

[Roberta Minino @MininoRoberta]

The effects of different frequencies of rhythmic acoustic stimulation on gait kinematics and trunk sway in healthy elderly population https://t.co/ByZ37z6Viu

[Roberta Minino @MininoRoberta]

A synthetic kinematic index of trunk displacement conveying the overall motor condition in Parkinson’s disease https://t.co/otxlmTsnny

[Roberta Minino @MininoRoberta]

Gait abnormalities in minimally disabled people with Multiple Sclerosi... https://t.co/DMJ4k4OQJC

[Enrico Amico @Enri_amico]

Brain fingerprinting has become a new field in brain connectomics. Yet, it is unclear whether "connectivity fingerprints" can be used to map disease progression. We propose a framework to detect individual connectome features from clinical populations👇 https://t.co/IiFzZTLrAC