FIOR & GENTZ - The Right Orthosis in Case of Paralysed Dorsiflexors | Activity Level 1 and 2
The video describes the function of dorsiflexors and the gait in case of a weakness of this muscle group with activity level 1 or 2. It also shows why the recommended orthosis is the right choice in this case. Watch the other videos to understand why a dorsiflexion assist orthosis is only considered in this specific case. You can find more information on our website: Website: https://www.fior-gentz.de/en Orthosis Configurator: https://www.orthosis-configurator.com Instagram: / fiorgentz LinkedIn: / fiorgentz Facebook: / fior-gentz-103909411480556

▶︎
EN: FIOR & GENTZ - The Right Orthosis in Case of Paralysed Plantar Flexors

▶︎
The PROBLEM with Capitalism - Smarter Every Day 316

▶︎
Jon Stewart on Trump's "Meritocracy" & Desi Lydic on MAGA Moving Iran Goalposts | The Daily Show

▶︎
Boost Your Bone Density with These 6 Life-Changing Tips

▶︎
This Bassett Hound WAS Trying to Tell me Something…He Was Right | PUPDATE

▶︎
How To Un-Fu*k Your Psoas Muscle (do this every day)

▶︎
I Tried Coding my own Graphics Library

▶︎
FIOR & GENTZ - The Right Orthosis in Case of Paralysed Dorsiflexors | Activity Level 3 and 4

▶︎
Nobody Explained Maxwell's Equations Like THIS!

▶︎
Watch his reaction when he’s told he’s a GOOD BOY for the first time 🥹

▶︎
EN: The Right Orthosis in case of a Combined Weakness of the Dorsiflexors and Plantar Flexors (1/4)

▶︎
EN: The Right Orthosis in case of a Combined Weakness of the Dorsiflexors and Plantar Flexors (3/4)

▶︎
Every Knee Pain EXPLAINED in 11 Minutes... & Their Fixes!

▶︎
How to Return Spin Serves in Table Tennis (and Stop Misreading Them!)

▶︎
New bionics let us run, climb and dance | Hugh Herr | TED

▶︎
Nervous System Regulation (999 Hz) | 1 hour handpan music | Malte Marten

▶︎
This Changes Everything About Clogged Arteries and Colchicine (New Study)

▶︎
90% of Knee Pain Comes from THIS (do this instead)

▶︎
EN: The Right Orthosis in case of a Combined Weakness of the Dorsiflexors and Plantar Flexors (4/4)

▶︎
