The Indego Therapy kit has been adopted by the therapy practice More Rehab from Sheffield/Doncaster to use as part of their routine clinical work.  Up until now, the main focus with exoskeletons in the news has been their use as assistive devices following a spinal cord injury.  More Rehab will take advantage of the software systems of the Indego to offer intensive therapy to clients who can benefit from variable assistance.

What have the Indego exoskeleton and golf practice have in common?  It's all to do with how we learn actually. The arrival of the Indego and other exoskeletons could and should sweep away some of the obsolete thinking and outdated practices that constrained what we could expect of rehabilitation in the past.  It's no good implementing frequent, intensive and functional rehab without the right tools. It's not good for golf either.

We personally look on the emergence of exoskeleton technology in rehabilitation as a great advance but - as we are fond of saying at Anatomical Concepts - there are no perfect products. We realise that this technology is in it's infancy, it's too expensive for the majority and some clinicians doubt that it is cost-effective compared with other rehabilitation systems. 

We are seeing a number of virtual reality applications in rehabilitation as ideas from the gaming world spill over into rehab. But how about technology from rehab finding it's way into gaming?

A paper by Lopes et al describes how researchers from the Hasso Plattner Institute in Potsdam Germany have been exploring how to add haptics to walls and other heavy objects in virtual worlds by using FES (Functional Electrical Stimulation).  When you think about it, a "sense of feeling" is normally missing from these virtual worlds - FES is one way of providing this sense.

Some 30% of stroke survivors suffer from severe upper limb paresis with a non-functioning hand and the outcomes for rehab, at least in the research literature, seem to be poor. The RehaDigit produces controlled passive movements of paralysed fingers with the aim of allowing therapists to concentrate on more complicated tasks whilst allowing more intensive therapy. The device moves the four fingers over a physiological range of movement whilst adding a controlled vibration to activate the sensorimotor system.

Denervated muscles require a different electrotherapy protocol to "conventional" FES but research has shown that technology such as the Stimulette Den2x from Dr Schuhfried can reverse the loss of tissue bulk and quality that results from a denervation injury.  Restoring tissue in this way can reduce the risk of pressure sores, improve circulation and dramatically improve appearance.