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Gondola AMPS enhances the functional connectivity in brain regions associated with gait and balance control
Gondola AMPS enhances the functional connectivity in brain regions associated with gait and balance control

1.       Barbic et al 2014

2.       Galli et al 2015

3.       Stocchi et al 2015

4.       Kleiner et al 2015

5.       Quattrocchi et al 2015

6.       Galli et al 2018

7.       Pagnussat et al 2018

8.       Pinto et al 2018

9.       Kleiner et al 2018 

10.     Zamuner et al 2019

11.     Pagnussat et al 2020

Gondola AMPS enhances the functional connectivity in brain regions associated with gait and balance control
outcomes

Brain Connectivity
& Biomarkers

After observing improvements in gait and balance disorders, further studies were conducted in order to assess the therapy’s impact on the brain and determine any internal modifications it may have caused.

FMRI data

Showing increased functional connectivity in areas of the brain known to degenerate while PD progresses (5, 11). The effect of AMPS is immediate and already significant after a single treatment session (5).

Increased BDNF

Moderate to strong correlation with clinical improvement in walking velocity, stride length and dynamic balance assessed through clinical (TUG) test (7).

Decreased Cortisol

Decreased Cortisol (7)

1.       Barbic et al 2014

2.       Galli et al 2015

3.       Stocchi et al 2015

4.       Kleiner et al 2015

5.       Quattrocchi et al 2015

6.       Galli et al 2018

7.       Pagnussat et al 2018

8.       Pinto et al 2018

9.       Kleiner et al 2018 

10.     Zamuner et al 2019

11.     Pagnussat et al 2020

1.       Barbic et al 2014

2.       Galli et al 2015

3.       Kleiner et al 2015

4.       Stocchi et al 2015

5.       Quattrocchi et al 2015

6.       Galli et al 2018

7.       Kleiner et al 2018

8.       Pinto et al 2018

9.       Prusch et al 2018

10.     Pagnussat et al 2018

11.     Zamuner et al 2019

12.     Pagnussat et al 2020