Recovery of golfing ability in someone with an incomplete spinal cord injury: a case report

Abstract

Purpose: The purpose of this case report was to describe the elements needed to play golf, detail a rehabilitation program designed to teach someone with an incomplete spinal cord injury (SCI) to play golf and to document outcomes of such a program. Methods: The participant was a 58-year-old male who sustained an incomplete C3-C6 SCI. The program was divided into three phases. Phase one (nine sessions) consisted of balance, strengthening and flexibility activities to prepare him to play golf. During phase two (12 sessions), he practiced his golf swing in a clinical setting and in phase three (seven sessions) focused on task-oriented training at a golf course. The ability to play golf, putting accuracy, driving distance, quality of swing, balance, physical functioning, walking capacity, muscle strength, endurance and quality of life were measured before and after the intervention. Results: The participant was able to complete 9-holes of golf with assistance and demonstrated greater ability to drive the ball with better quality of swing. Improvements were observed in balance, physical functioning, walking capacity, endurance and quality of life but not in overall strength or putting accuracy. Conclusions: This individual was able to return to golf following an intense rehabilitation program even though he required an assistive device to walk.

• Implications for Rehabilitation

• Individuals with spinal cord injury often have impairments which make participation in leisure activities more difficult.

• Participation in leisure activities has been associated with better subjective well being and quality of life.

• Rehabilitation therapists should consider creating leisure goals with their patients.

     

Long-term body-weight-supported treadmill training for incomplete cervical spinal cord injury: a case report

[Purpose] To investigate the effects of long-term body-weight-supported treadmill training on walking ability and physical function in an elderly individual with incomplete cervical spinal cord injury. [Participant and Methods] The patient was a 68 year-old male with an incomplete spinal cord injury at the C3/C4 level, incurred when he was 56 years old. He initiated home-based body-weight-supported treadmill training using a body-weight-supported treadmill installed at his home. His walking ability was measured as the percentage of body weight load reduction, and his physical function was evaluated using manual muscle testing and measuement of the range of motion of his lower limbs. [Results] The physical function of the lower limbs was improved, maintained, or showed delayed decline until 9.5 years post-injury. [Conclusion] Long-term body-weight-supported treadmill training may improve, maintain, or at least delay the decline of the physical function of participants for several years, without causing any remarkable complications.     

Monitoring standing wheelchair use after spinal cord injury: a case report

Purpose: An important issue in spinal cord injury (SCI) research is whether standing can yield positive health benefits. However, quantifying dose of standing and establishing subject compliance with a standing protocol is difficult. This case report describes a method to monitor dose of standing outside the laboratory, describes the standing patterns of one subject, and describes this subject's satisfaction with the standing protocol.

Method: A man with T-10 complete paraplegia agreed to have his commercially available standing wheelchair instrumented with a custom-designed logging device for a 2-year period. The micro-controller-based logger, under custom software control, was mounted to the standing wheelchair. The logger recorded date, duration, angle of standing, and start/stop times.

Results: The client exceeded a suggested minimum dosage of standing per month (130.4% of goal), choosing to stand for short bouts (mean = 11.57 min) at an average angle of 61°, on an average 3.86 days per calendar week. He was generally very satisfied with the standing device and provided subjective reports of improved spasticity and bowel motility.

Conclusions: This case report describes a standing and surveillance system that allows quantification of standing dose. Future controlled studies are needed to evaluate whether standing can beneficially affect secondary complications after SCI.     

Asymmetric lower-limb bone loss after spinal cord injury: case report

Osteoporosis is a significant secondary condition that occurs acutely after spinal cord injury (SCI). This article reports on a patient with motor incomplete SCI and asymmetric lower-limb bone loss as it correlates with lower-limb motor function and gait characteristics. A 32-year-old Caucasian male completed a comprehensive inpatient rehabilitation program, including 3 months of robotic body-weight-supported treadmill training three times a week. Bone mineral density (BMD) was monitored up to 1.5 years post-SCI by dual-energy X-ray absorptiometry. Ground reaction forces were measured through an instrumented treadmill for bilateral weight-bearing comparison. At 1.5 years postinjury, neurological examination revealed thoracic 4 American Spinal Injury Association Impairment Scale D SCI with less strength, reduced weight bearing, and lower BMD in the more neurologically impaired leg. These results suggest that osteoporosis may vary according to severity of impairment within individuals and that monitoring lower-limb BMD is especially important for patients who ambulate.     

Delayed cervical spinal cord injury after high voltage electrical injury: a case report.

High voltage electrical injuries usually cause devastating consequences for patients, most of which result in permanent disability. Spinal cord injury (SCI) caused by high voltage electrical injury is uncommon in the literature. We present a 29-year-old male patient who was diagnosed as having delayed SCI after high voltage electrical injury. The patient developed muscle weakness in the lower extremities with the loss of pinprick sensation below the fifth cervical spinal segment, 2 days after the high voltage electrical injury. Magnetic resonance imaging of the brain, cervical and thoracic spine was normal. Nerve conduction and needle electromyography studies were normal, except for bilateral tibial and left median somatosensory-evoked potentials. The findings on initial examination and neurophysical investigation showed incomplete cervical SCI at the C5 level. He was able to walk with a pair of canes and bilateral ankle-foot orthosis at the end of the 2-month rehabilitation. Follow-up physical and electrophysiological examination of the patient 15 months after injury showed further improvement. The patient was able to walk with a pair of canes without orthoses. Electrophysiological studies are useful instruments in the diagnosis and follow-up of these patients. Early rehabilitation is essential to obtain a favorable outcome in patients with SCI caused by high voltage electrical injury.     

Lower-extremity muscle cross-sectional area after incomplete spinal cord injury

OBJECTIVES: (1) To quantify skeletal muscle size in lower-extremity muscles of people after incomplete spinal cord injury (SCI), (2) to assess differences in muscle size between involved lower limbs, (3) to determine the impact of ambulatory status (using wheelchair for community mobility vs not using a wheelchair for community mobility) on muscle size after incomplete SCI, and (4) to determine if differential atrophy occurs among individual muscles after incomplete SCI. DESIGN: Case-control study. SETTING: University research setting. PARTICIPANTS: Seventeen people with incomplete SCI and 17 age-, sex-, weight-, and height-matched noninjured controls. INTERVENTIONS: Not applicable. MAIN OUTCOME MEASURES: Maximum cross-sectional area (CSA) of individual lower-extremity muscles (soleus, medial gastrocnemius, lateral gastrocnemius, tibialis anterior, quadriceps femoris, hamstrings) as assessed by magnetic resonance imaging. RESULTS: Overall, subjects with incomplete SCI had significantly smaller (24%-31%) average muscle CSA in affected lower-extremity muscles as compared with control subjects (P<.05). Mean differences were highest in the thigh muscles ( approximately 31%) compared with the lower-leg muscles ( approximately 25%). No differences were noted between the self-reported more- and less-involved limbs within the incomplete SCI group. Dichotomizing the incomplete SCI group showed significantly lower muscle CSA values in both the wheelchair (range, 21%-39%) and nonwheelchair groups (range, 24%-38%). In addition, the wheelchair group exhibited significantly greater plantarflexor muscle atrophy compared with the dorsiflexors, with maximum atrophy in the medial gastrocnemius muscle (39%). CONCLUSIONS: Our results suggest marked and differential atrophic response of the affected lower-extremity muscles that is seemingly affected by ambulatory status in people with incomplete SCI.     

Monitoring standing wheelchair use after spinal cord injury: A case report

Purpose: An important issue in spinal cord injury (SCI) research is whether standing can yield positive health benefits. However, quantifying dose of standing and establishing subject compliance with a standing protocol is difficult. This case report describes a method to monitor dose of standing outside the laboratory, describes the standing patterns of one subject, and describes this subject's satisfaction with the standing protocol.

Method: A man with T-10 complete paraplegia agreed to have his commercially available standing wheelchair instrumented with a custom-designed logging device for a 2-year period. The micro-controller-based logger, under custom software control, was mounted to the standing wheelchair. The logger recorded date, duration, angle of standing, and start/stop times.

Results: The client exceeded a suggested minimum dosage of standing per month (130.4% of goal), choosing to stand for short bouts (mean?=?11.57?min) at an average angle of 61°, on an average 3.86 days per calendar week. He was generally very satisfied with the standing device and provided subjective reports of improved spasticity and bowel motility.

Conclusions: This case report describes a standing and surveillance system that allows quantification of standing dose. Future controlled studies are needed to evaluate whether standing can beneficially affect secondary complications after SCI.     

Self-controlled dorsal penile nerve stimulation to inhibit bladder hyperreflexia in incomplete spinal cord injury: a case report

Intermittent catheterization is not always successful in achieving continence in spinal cord injury (SCI) and often requires adjunctive methods. Electric stimulation of sacral afferent nerves reduces hyperactivity of the bladder. This report describes application of self-controlled dorsal penile nerve stimulation for bladder hyperreflexia in incomplete SCI. The patient was a 33-year-old man with C6 incomplete quadriplegia who managed his bladder with intermittent self-catheterization and medication. Despite this, he continued to have reflex bladder contractions that he could feel but could not catheterize himself in time to prevent incontinence. We performed cystometry with dorsal penile nerve stimulation and analyzed data of home use of stimulation. During cystometry, the suppressive effect of electric stimulation on hyperreflexic contractions was reliable and reproducible. The patient could start stimulation on sensing bladder contraction, and the suppression of reflex contraction lasted several minutes after stopping brief stimulation. When using stimulation at home, the rate of leakage between catheterization decreased, and catheterized volume increased significantly.     

Walking index for spinal cord injury

This review reports on the contemporary possibilities of objective evaluation of walking ability in patients with paraplegia following a spinal cord injury. Current methods of evaluation of walking function, i.e. the ASIA Classification, Functional Independence Measure (FIM), Barthel Index and Spinal Cord Independence Measure (SCIM) are described. The latest classification, known as the WISCI (Walking Index for Spinal Cord Injury) is described in detail. WISCI is the most detailed scale that is also the most sensitive to changes in the patient's walking ability compared to the other scales.     

Locomotor training within an inpatient rehabilitation program after pediatric incomplete spinal cord injury

BACKGROUND AND PURPOSE: The outcomes of intense locomotor training after incomplete spinal cord injury (SCI) have been described in adults with acute and chronic injuries and with various levels of ambulatory function. This case report describes a comprehensive inpatient rehabilitation program with a locomotor training component in a child with a severe incomplete SCI. CASE DESCRIPTION: A 5-year-old girl injured at C4 participated in locomotor training for 5 months during inpatient rehabilitation. OUTCOMES: The patient's Functional Independence Measure for Children II (WeeFIM II) mobility score increased from 5/35 to 21/35. Her Walking Index for Spinal Cord Injury II (WISCI II) score improved from 0 to 12. The patient returned to walking in the community with assistive devices. DISCUSSION: It is feasible to include an intense locomotor training program in the clinical rehabilitation setting for a child with a severe SCI, and the outcomes were consistent with results in adults. Further investigation with experimental designs and more participants will determine the extent to which this intervention benefits the pediatric population with SCI.     

Posttraumatic ascending myelopathy after spinal cord injury in a young man: A case report

A 29‐year‐old man developed subacute posttraumatic ascending myelopathy 5 days after a spinal cord injury. He developed a fever and a blood culture showed an Alkaligenes spp. infection. Despite antibiotic and high‐dose corticosteroid therapy, same neurological deficits persisted, and a follow‐up MRI showed atrophy and swelling in the cervical cord.     

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 (mean+/-SD) 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 decision-making algorithm and progression across training environments.     

Lumbar artery pseudoaneurysm in traumatic spinal cord injury: a case report

Lumbar artery pseudoaneurysm is a rare vascular complication of trauma. This case report concerns a 24-year-old man with a lumbar-level spinal cord injury (SCI) secondary to a gunshot wound who developed severe exacerbation of low back and flank pain during inpatient rehabilitation. Diagnostic investigations at an acute care hospital revealed a left lumbar artery pseudoaneurysm. This was treated by transcatheter embolization, which resulted in a marked reduction in pain. The patient resumed inpatient rehabilitation without further complications. This case report highlights the importance of early diagnosis of lumbar artery pseudoaneurysm, a potentially fatal complication that can occur in patients with traumatic lumbosacral SCI. Physiatrists should include lumbar artery pseudoaneurysm in the differential diagnosis for back, flank, or abdominal pain in this patient population.     

Gabapentin for chronic pain in spinal cord injury: a case report

A 30-year-old white woman with an L1 complete spinal cord injury (SCI) secondary to a gunshot wound in 1985, presented to a chronic pain service for evaluation. She had a 13-year history of chronic lower extremity pain. She described her discomfort as "throbbing, aching, and stabbing." She had tried many different medications, including opioids, Tegretol, and tricyclic antidepressants, without success. During the evaluation process, she admitted to being "angry, frustrated, and anxious." She was diagnosed with central pain after SCI. She was placed on gabapentin 300 mg 3 times daily; within 1 week, her visual analog pain scale fell from 95 mm to 27 mm, and her McGill Short Form pain score fell from 13 to 3. Her mood also vastly improved. This case report suggests that gabapentin should be studied as a therapeutic option for treating central pain post-SCI and should be considered as a viable, well-tolerated, low-toxicity tool.     

Tako-tsubo-like left ventricular dysfunction with ST-segment elevation after central spinal cord injury: a case report

The etiology of a novel cardiac syndrome called "tako-tsubo" cardiomyopathy, otherwise known as "acute onset and reversible left ventricular apical wall motion abnormality (ballooning)," is very similar to that of acute myocardial infarction; however, it may also be associated with emotional or physical stress. We report a case of tako-tsubo-like left ventricular dysfunction with ST-segment elevation after trauma. A 69-year-old man was transferred to our hospital after a fall in which he injured his back. He was diagnosed with a central spinal cord injury and was admitted to our Intensive Care Unit. He complained of a sudden chest pain 12 h after the injury. ST-segment elevation was observed on the electrocardiographic monitor, and subsequent 12-lead electrocardiogram demonstrated ST-segment elevation in leads V(2) through V(5). We considered acute myocardial infarction or cardiac contusion to be the cause of this event; therefore, an emergency coronary angiography was performed. However, the angiography revealed no significant coronary artery stenosis. Furthermore, left ventriculography demonstrated severe hypokinesis of the left ventricular apical region, consistent with tako-tsubo-like left ventricular dysfunction. The patient's cardiac function improved gradually, and he was discharged from our hospital on the 18(th) day after admission. Physicians should recognize the syndrome of tako-tsubo-like left ventricular dysfunction, which may result from traumatic stress or chest injury.     

Increased spasticity in a chronic spinal cord injury patient after scabies infestation: A case report

Spasticity is a common feature of spinal cord injury (SCI). Spasticity exacerbation is commonly encountered with nociceptive and exteroceptive stimuli including bladder and bowel dysfunction, pressure sores, contracture, tight-fitting leg bags and clothing, and ingrown toenail. This report describes a patient with chronic SCI (T4 level) who complained of increasing spasticity of bilateral lower extremities for 5 weeks. He also had skin lesions on different parts of his body, accompanied by itching above the spinal cord lesion level. A clinical diagnosis of scabies was made and pharmacologic treatment was initiated. Following treatment, spasticity was significantly reduced and the skin rash with itching faded out. This report is the first of scabies skin infestation lesions triggering exacerbation of spasticity in an SCI patient.     

Walking after spinal cord injury: evaluation, treatment, and functional recovery

OBJECTIVE: To present some recent developments and concepts emerging from both animal and human studies aimed at enhancing recovery of walking after spinal cord injury (SCI). DATA SOURCES: Researchers in the field of restoration of walking after SCI, as well as references extracted from searches in the Medline computerized database. STUDY SELECTION: Studies that reported outcome measures of walking for spinal cord injured persons with an incomplete motor function loss or cats with either a complete or incomplete spinal section. DATA EXTRACTION: Data were extracted and validity was assessed by the authors. DATA SYNTHESIS: This review shows that a multitude of interventions--mechanical, electrical, or pharmacologic--can increase the walking abilities of persons with SCI who have incomplete motor function loss. CONCLUSIONS: A comprehensive evaluation of walking behavior requires tasks involving the different control variables. This comprehensive evaluation can be used to characterize the process of recovery of walking as well as the effectiveness of various treatments.