Indicated Uses
Muscle Re-education
- Incontinence
- Stroke recovery for ambulation
- Physical Therapy facilitation
- Decreased athletic rehabilitation time
- Frozen shoulder syndrome
- Off-site Physical Therapy Rehabilitation for knee and hip replacement surgeries
- Sub-clinical diagnosis of neuro-muscular syndromes
- Detection of non-participating muscle groups
- 100% muscle recruitment over treatment period
- Increase in tone and strength of difficult muscle group training (i.e. abdominal, triceps, etc.)
- Better patient compliance to physical therapy recommendations
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Relaxation of muscle spasms
- Industrial sprain/strain complications
- Facilitation to physical therapy
- Carpal Tunnel complications
- “Whiplash” recovery time decreased
- Diagnosis of specific muscle involvement
- TMJ syndrome relief
- Spinal cord injury complications
- Postural imbalances resulting in muscle contractures
- Repetitive or overuse injuries
- Decrease or elimination of industrial “time loss”
- Heel spur/plantar fascitis
- Accelerated athletic re-participation
- Tension headache relief
- Multiple Sclerosis relief from symptoms
- Stabilization to manual manipulation
- Spasticity from: Cerebral Palsy, Paraplegia and Quadriplegia
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Maintaining or increasing range of motion
- Frozen Shoulder Syndrome
- Improved and Peak Athletic Performance
- Athletic injury prevention
- Increased patient compliance to an exercise regime
- Prevention of fibrosis form auto accident complications
- Post surgical rehabilitation
- Decreased risk of muscle strain
- Detection and diagnosis of muscle imbalance complications
- Most effective use of time spent increased speed in recovery from stroke
- Increased ambulation, comfort and balance to Geriatric patients.
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Prevention or retardation of disuse atrophy
- Carpal/Tarsal Tunnel Syndrome injuries
- Diabetic Neuropathy
- Maintenance of muscle tone, post-casting
- Quadriplegics/paraplegics
- Neurological injury preventing muscle control
- Diagnosis of sub-clinical problem areas
- Decreased recovery time for auto accident
- Increase in athletic performance
- Maintenance of muscle bulk and tone for post stroke rehabilitation
- In-house usage for Elder Care or home health care facilities
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Increase local circulation
- Increase wound and injury healing
- Diabetic Neuropathy
- Edema/swelling reduction and elimination
- Prevention of blood clot formation
- Decrease rehabilitation time
- Healing of Diabetic decubitus ulcers
- More effective delivery of pharmaceutical agents (i.e. antibiotics to treat: Osteomyelitis,
- gangrene, etc.)
- Transverse Myelitis
- Tendonitis
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Immediate postsurgical stimulation of calf muscles to prevent venous thrombsis
- Prevention of blood clot formation
- Reduced risk of pharmaceutical (blood thinners) complications
- Decreased loss of muscle tone during non-ambulatory surgical recovery
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