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The Gait Harness System by Second Step, Inc., (aka Second Step) is used in a broad spectrum of physical therapy applications and provides a means of therapeutic intervention with gait and balance training. The Complete Gait Harness System is used by caregivers and those working in occupational and physical therapy to help people walk again after challenges due to patients or clients loss of balance, nursing home falls, incomplete spinal cord injuries (SCI), Parkinson's disease, Alzheimer's disease, traumatic brain injuries (TBI) and other ambulation, gait and balance rehabilitation challenges. Second Step, Inc. is "Helping People Walk Again"  by keeping patients and caregivers safe, simultaneously facilitating functional therapy outcomes. Second Step, Second Step Inc., walks again, walking again, spinal cord recovery, recovery

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Case Studies, Research and Publications

Publications

Addressing Resident Mobility and Fall Prevention:  A Clinical Perspective with Gait Training by Joseph Millen, PT MTC

Case Studies

J.T. is a T11/12 incomplete 15 years post.  He sustained both an SCI and above knee amputation secondary to a MVA.. When he started the program a little over a year ago at RIM, he had a wood prosthetic that was for static standing only.  He had not tried to walk in 15 years.  His therapist has progressed using the Gait Harness System (GHS) through 2 prosthetics/orthotics to a carbon fiber KAFO with stance control knee and friction knee prosthetic.  He has progressed to ambulation with a standard walker plus stand by assistance for safety.  He currently is up to 1500 feet in the GHS and 600 feet with a rolling walker.  The therapist chose this individual because of the complexity and the ease of application of the GHS with both a prosthetic and orthotic.  

A.B. is a C6 complete who had been non ambulatory for over 10 years.  She walks in the GHS with carbon fiber KAFO’s.  She only requires assistance for guidance of the GHS.  This would require more that one person without the GHS.  

B.S. is a 6 foot 5 inch C5 ASIA B status post diving accident.  His therapist has progressed him from KAFO’s to AFO’s.  Additionally, the therapist has FES applied to the tib anterior and pernoneals that he activates via a trigger switch to break the extension spasticity.  The GHS frees up an individual to manually correct improper foot placement. The therapist reports the harness works very well with the braces. This particular individual also buckles on occasion.  Generally this happens when the patient accidentally activates the e-stim bilaterally.  The main point is that the GHS effectively prevents him from falling and there is no pain or skin irritation from the harness.  The therapist reports this client has tried numerous harnesses and said the GHS harness and the Crawl2@Walk crawling harness are by far the most comfortable.

E. is a T6 complete.  He now requires minimal assistance for guidance of the GHS.  He currently wears carbon fiber KAFO’s with stance control knees.  The Gait Harness works great with the braces.  

C.H. is a C6 complete. She is status post MVA in 2002, and nasal tissue stem cell surgery in 2005. She has therapy 3 x wk. In therapy, C.H. can walk 134 feet around a track with leg braces and the GHS, with help from her therapist. 

L.B. is a C8 tetraplegic, ASIA A, status post MVA 10 years ago. She attends therapy 3 x wk, 3 hours per session. L.B. uses bilateral carbon fiber stance control KAFOs and a GHS. The two products work together to provide L.B. the opportunity to safely ambulate with a natural reciprocating gait pattern.  Since her accident, she has regained some movement and sensation below the level of her injury, much occurring since she started in the SCI program. L.B. has purchased a GHS to be used at home along with the braces.  Her husband assists her with a sit to stand into the GHS. Her home therapy program includes neuromuscular E-Stim of all major muscle groups below the lesion level every other day, and standing in the KAFOs and GHS to work on endurance, pre-gait and gait activities. 

A.F. is a T8 complete, status post MVA in 2002, and nasal tissue stem cell surgery in 2005. A.F. participated in a SCI program post stem cell surgery. Prior to surgery, she was using non-stance controlled leg braces. Therapy was 3 hours daily. She is currently using stance controlled KAFOs, which allow her legs to move independently within the GHS. The GHS forces her to place most of her 122 pounds on her legs instead of her arms. She is currently progressing by doing therapy at home, walking with the GHS daily. 

8 y/o pediatric male status post high speed MVA with incomplete Spinal Cord T4 injury. He is progressing to ambulation with a walker. 

16 y/o pediatric male with incomplete SCI. He is increasing his gait endurance and still comes as an outpatient. 

55 y/o with SCI and LE paralysis went from walking 5 minutes moderate to maximal assistance in the parallel bars to 45 minutes in the GHS independently after 1 week.  After one month of therapy, he had improved lower extremity circulation and substantially reduced risk of having his legs amputated secondary to circulatory dysfunction. 

K.M. is a 35 y/o male who sustained a TBI as an 11 y/o child, status post MVA 24 years ago. He had been wheelchair bound for 22 years at the time he first began using the GHS in an adult day center program. K.M. began using the GHS 2 years ago, but required 4 person assist and walked just a few steps. He had moderate to severe tremors, and was barely able to stand. Therapy has typically been 2 x week.  One year later, he had decreased to a 2 person assist, and was able to routinely walk up to 200 feet in the GHS. This current year, he is down to just a 1 person assist with ambulation in the GHS, and is routinely walking 400-450 feet per therapy session. His initial focus in therapy was on distance and endurance. Now, he is also focusing on improving his technique and self correction of form. He is finding it easier to transfer into the GHS. K.M. is showing more stride confidence. He is now able to look at pictures in hallways while walking. Tremors are decreasing, and he is increasing control of his upper torso, head and neck while walking. He is taking less frequent rest stops and finding it easier to initiate initial stepping. Staff members encourage him to bring his shoulders backward, tilt hips and pelvis forward, and take smaller steps. His thigh muscle mass and strength have increased so much he now requires a larger gait harness. K.M.’s home caregiver reports he is much stronger and better able to assist her with transfers at home. After seeing his steady improvement, staff and other program participants are highly motivated to use GHS for a variety of gait and balance dysfunctions.

This patient sustained a TBI 8 years ago and is a long-term resident.  He has very little trunk stability so needs to walk with some assistive device or he loses his balance.  He has developed bad habits over the last 8 years. When he walks, the therapist has been teaching him to ambulate within the GHS upright and to correct gait deviations.  His progress is much slower but he is able to walk with more control and stability within the system. 

This patient sustained a TBI in June 2003.  This patient has been seen for a couple of weeks and already has progressed out of the GHS and now walks with a rolling walker.  He is now able to transfer and walk independently with the walker around the unit.  The therapist was able to work with his balance deficits and he was able to regain his balance very quickly. The therapist also has placed resistance tubing around the thigh cuffs for resistance training.  Second Step suggested beginning higher level balance training with ball toss and cone activities as a progression to patient’s program.

TBI/CVA patient with severe extensor tone and was totally dependent with standing and ADL’s. Patient has progressed to a level of min. to moderate assistance with sit to stand with bed mobility. The GHS has allowed the therapist to work on static strengthening/balance to foot placement with gait retraining and now the patient is walking 400’ with min-mod assistance. Both OT and PT working with this patient have stated that the GHS has made progress possible for this patient and without it progress would have been minimal.

60 y/o retired MD secondary to Parkinson’s Disease had substantial improvement in gait with reduced falls and improved gait pattern after 1 month of skilled therapy.

55 y/o with SCI and LE paralysis went from walking 5 minutes moderate to maximal assistance in the parallel bars to 45 minutes in the GHS independently after 1 week.  After one month of therapy, he had improved lower extremity circulation and substantially reduced risk of having his legs amputated secondary to circulatory dysfunction.

25 y/o with TBI from overdose had significant improvement in overall balance and coordination patterns.  She had significant dyskinesia that made ambulation a high risk.  In the GHS she was low risk of injury to herself and to the treating therapist.

A bilateral amputee patient in the nursing home setting had substantially improved gait pattern with orthoses and shortened rehab stay while reducing the risk of falls while in the GHS.

65 y/o with a history of a CVA and bilateral TKA had return of functional gait and became independent with a cane after 2 months of rehab one hour per day, three days per week using the GHS and performing neuromuscular re-education activities.

A 34 y/o male who sustained a TBI in 1994.  Patient was at the Tampa VA for therapy from 1996-1997 and recently returned in 2003 for a re-evaluation and was trained in the GHS.  The family was educated in the proper set-up and application of the GHS and a request was made to have a unit shipped to Tennessee for patient to use in the home for continuity of care and continued functional training.  Patient is currently max assist for ADL’s and mobility, ambulates within the GHS 25’x 1 with assistance before requiring a rest break, and his standing balance is poor.  This patient is in the GHS approximately 6x/week at this time.  This is an ongoing case study that started 12/18/03.

 
Contact our Sales Office for current, detailed case study information specifically covering the following client populations:
  • Skilled nursing and neurology
  • Traumatic Brain Injury
  • Spinal Cord Injury
  • Veteran's hospitals
  • Acute care setting
  • Sub-acute care setting
  • Out-patient & In-patient
  • Home care
  • MR/DD and Group homes
  • Pediatric
 

CASE STUDY: Locomotor Training Progression and Outcomes After Incomplete Spinal Cord Injury

 
Background and Purpose. The use of locomotor training with a body-weight–support system and treadmill (BWST) and manual assistance has increased in rehabilitation. The purpose of this case report is to describe the process for retraining walking in a person with an incomplete spinal cord injury (SCI) using the BWST and transferring
skills from the BWST to overground assessment and community ambulation. Case Description. Following discharge from rehabilitation, a man with an incomplete SCI at C5–6 and an American Spinal Injury Association (ASIA) Impairment Scale classification of D participated in 45 sessions of locomotor training. Outcomes. Walking speed and independence improved from 0.19 m/s as a home ambulator
using a rolling walker and a right ankle-foot orthosis to 1.01 m/s as a full-time ambulator using a cane only for community mobility. Walking activity (XSD) per 24 hours increased from 1,054,543 steps to 3,924,1,629 steps. Discussion. In a person with an incomplete SCI, walking ability improved after locomotor training that used a decisionmaking algorithm and progression across training environments.  [Behrman AL, Lawless-Dixon AR, Davis SB, et al. Locomotor training progression and outcomes after incomplete spinal cord injury.
 
[Phys Ther. 2005;85:1356 –1371.]

To read the complete article CLICK HERE

 

Second Step Gait Harness System as Compared to Body Weight Support Systems 

The Second Step Gait Harness System (GHS) ambulatory has several distinctions that make it unique when compared to body weight support systems. 

First, the GHS does not directly off-load the individual’s weight. Weight reduction (if needed) is performed actively by the individual in the System. 

Second, the harness used in the GHS directs supportive forces (or fall recovery forces) through a much larger surface area on both thighs.  Other over-head harnesses direct these forces through the sensitive pubic area, which often leads to decreased treatment time and intensity. 

Lastly, the GHS allows for reinforcement of newly learned gait patterns in a real world situation.  This is a very beneficial and much needed adjunct treatment paradigm, and accentuates body weight support treadmill training.  Body weight support treadmill training, in general, has shown a benefit of retraining central pattern generation and the ensuing stepping pattern.  The GHS allows you to safely transfer and reinforce this progression to various land-based gait training activities.  Reinforcement of the various qualities of gait during land-based activities is a must for the activity to become functional.

 

Bill Thornton

Bill Thornton
Senior Physical Therapist
Center for Spinal Cord Injury Recovery
Rehabilitation Institute of Michigan

 

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