Technological Approaches for Neurorehabilitation Devices
Neurorehabilitation is a complex medical process to aid
recovery from a nervous system injury, and the neurorehabilitation devices are
used to the examination of the brain and the central nervous system and also
providing solutions in the field of therapy and diagnoses.
With growing prominence of the startup culture,
neuroscientists are exploring opportunities in virtual reality (VR) to speed up
recovery in stroke patients. For instance, MindMaze - a startup neurotechnology
company won several accolades for gamification in rehabilitation catering to
stroke survivors with the help of VR and neuroscience. This is evident since
stroke application segment accounted for ~47% of the neurorehabilitation
devices market in 2018. Thus, companies in the neurorehabilitation devices market
should collaborate with neuroscientists to deliver inspiring results in stroke
rehabilitation.
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Healthcare companies are harnessing the advantages of VR,
since there is only a short window when the brain can bounce back in early
stages of treatment. Hence, VR and neuroscience have helped to maximize the
potential for full recovery. Companies are increasing efforts to increase the
availability of VR devices in hospitals.
The new electrode is capable of deploying diversified
electric message to different fibers of the cord in a targeted and independent
manner. This innovation has aided in fast recovery of voluntary limb movements.
Hence, companies in the neurorehabilitation devices market are increasing their
research efforts in the field of electrical stimulation to enhance recovery of
motor functions.
Robotic neurorehabilitation is acquiring prominence in the
neurorehabilitation devices market. With the introduction of novel
technologies, companies are able to enhance capabilities of robots to offer
cost-effective solutions in clinical practice. However, lack of effective training
modalities in these robotic devices poses as a restraint for healthcare
companies in the neurorehabilitation devices market. Hence, companies are
increasing their efficacy to design robotic devices with predefined training
modalities depending on the appropriate control strategies.
Companies in the neurorehabilitation devices market are
developing robots with passive and active training modalities where the robot
is capable of imposing and modulating trajectories with respect to the
patient’s intention to move. Companies in the neurorehabilitation devices
market combining robot-aided neurorehabilitation with non-invasive brain
machine interfaces. Robot-aided neurorehabilitation in combination with proper
training regimen is also found to improve patient recovery. Companies are
increasing the production of assistive controllers to aid movement in impaired
limbs. Various strategies such as assist-as-needed are being widely employed to
reduce patient reliance on robots to accomplish the rehabilitative task.
Likewise, Facebook agreed to acquire brain-computing startup
CTRL-labs that specializes in the neural interface technology and develops
wristbands that delivers machine-interpretable commands. With the help of these
novel wristbands, companies in the market for neurorehabilitation devices are
tapping opportunities to improve recovery in patients suffering from multiple
sclerosis, Parkinson’s disease, and other neurodegenerative diseases.
Leading players operating in the global neurorehabilitation
devices market are
Bionik Laboratories Corp., Ekso Bionics, ReWalk Robotics, Tyromotion
GmbH, Boston Scientific Corporation, Medtronic plc,Kinova Robotics,
Bioness,
Hocoma
AG, St Jude Medical , NINET
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