Tuesday March 16 , 2010

Site Purpose

Guide to FES CyclingThis site has two intentions.  Information about FES (Functional Electrical Stimulation) - and in particular FES Cycling.  The second is to offer support and information to our clients. 

If you would like a Guide Document to FES Cycling please Click Here and complete the form or Click the Image to Request a Copy

What is FES Cycling?

FES Cycling is an effective way of keeping fit when, following a spinal cord injury, regular exercise is difficult to get.

This is a therapeutic activity that uses transcutaneous electrical current to initiate muscle contractions of paralysed lower limbs in persons who have sustained a spinal cord injury or been affected by stroke or MS.

The order and strength of the muscle contractions are controlled by computer to generate the power to pedal a stationary cycle. The aim is not to provide passive motion - but to actively engage the muscles to generate muscle strength and improve fitness.

Benefits

Key benefits of FESCycling exercise are as follows:

  • Cardio-pulmonary fitness
  • Rebuild muscle strength and bulk
  • Improve bone density
  • Improve blood circulation
  • Improve intestinal & bladder function
  • Improve response to insulin (diabetes)
  • Decrease limb spasticity
  • Improved feelings of well-being

FES is a useful in many cerebral motor lesions of the lower limbs including Paraplegia/ Spinal Cord Injury and Stroke

Clemson grant to fund tissue regeneration research

A $9.3 million National Institutes of Health grant has been awarded to Clemson University to fund a Center of Biomedical Research Excellence, where discoveries could benefit heart and spinal cord injury patients and others.

The five-year grant is a collaboration between Clemson, the Medical University of South Carolina and the University of South Carolina. The center will be housed on the main Clemson campus in Rhodes Hall.

The new center “will significantly improve our collaborative efforts in South Carolina to recruit, train and retain researchers with cross-disciplinary skills in the area of regenerative medicine,” said Clemson President James Barker.

End-stage organ failure and tissue loss create health-care costs approaching $400 billion annually in the United States, said Naren Vyavahare, a Clemson professor of bioengineering who will be the principal investigator and the center's director.

Research will focus on tissue regeneration, Vyavahare said. Researchers hope to make discoveries that will benefit heart patients, those with spinal cord injuries and develop vascular grafts for bypass surgery, he said.



 

Contact Us

Anatomical Concepts (UK) Ltd
8-10 Dunrobin Court
Clydebank Business Park
Clydebank
Scotland

E: info@fescycling.com
T:+44(0)141-952-2323

Registered in Scotland No SC162409

Hasomed GmbH

 

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