Communication with general practitioners: a survey of spinal cord injury physicians' perspectives.

Study design: An online questionnaire. Objectives: To gauge spinal cord injury (SCI) specialists' assessment of their communications with general practitioners (GPs). To determine whether economic or health-care system-related factors enhance or inhibit such communication. Setting: A collaboration of co-authors from a health-care system. Methods: An online survey interrogating a number of aspects of communication between SCI specialists and GPs was developed, distributed, and made available for 4 months. Responses were analyzed for the entire cohort then according to descriptions of participants' home nations' economies and the type of health-care delivery systems in which they work. Results: A total of 88 responses were submitted. The majority (64%) were from nations with developed economies, a plurality (47.1%) were from countries that offer universal health coverage, and half used a combination of paper and electronic health records. A majority of respondents (61.8%) reported routinely communicating with their patients' GPs, but most (53.4%) rated those communications as only "fair". The most commonly listed barriers to communication with GPs were lack of time (46.3%) and a perceived lack of receptivity by GPs (26.9%). Nearly all respondents (91.6%) believed that the care they provide would be enhanced by improved communication with GPs. Participants who used electronic means of communication were more likely to communicate with GPs and to describe those interactions as "positive". Conclusions: Although there are a number of barriers to communication between SCI specialists and GPs, most SCI specialists are eager for such inter-physician communication and believe it would enhance their care they deliver.

Pressure injury prediction using diffusely scattered light.

Pressure injuries (PIs) originate beneath the surface of the skin at the interface between bone and soft tissue. We used diffuse correlation spectroscopy (DCS) and diffuse near-infrared spectroscopy (DNIRS) to predict the development of PIs by measuring dermal and subcutaneous red cell motion and optical absorption and scattering properties in 11 spinal cord injury subjects with only nonbleachable redness in the sacrococcygeal area in a rehabilitation hospital and 20 healthy volunteers. A custom optical probe was developed to obtain continuous DCS and DNIRS data from sacrococcygeal tissue while the subjects were placed in supine and lateral positions to apply pressure from body weight and to release pressure, respectively. Rehabilitation patients were measured up to four times over a two-week period. Three rehabilitation patients developed open PIs (POs) within four weeks and eight patients did not (PNOs). Temporal correlation functions in the area of redness were significantly different ( p < 0.01 ) during both baseline and applied pressure stages for POs and PNOs. The results show that our optical method may be used for the early prediction of ulcer progression.

Cervical epidural steroid injections and spinal cord injuries.

BACKGROUND CONTEXT: Cervical interlaminar and transforaminal epidural steroid injections have been increasingly performed as a medical interventional treatment for pain. PURPOSE: This study aimed to examine if there was increasing proportion of cervical spinal cord injured acute rehabilitation hospital admissions related to cervical epidural injections because of increased use of the procedure. Additionally, this study aimed to determine risk factors that may have made these patients known higher risk premorbidly. STUDY DESIGN/SETTING: A retrospective chart review was carried out. PATIENT SAMPLE: The sample was from a 2001 to 2008 spinal cord-related injuries admitted to Magee Rehabilitation (2,770). A total of 1,343 patients were classified as having acute spinal cord injuries (SCIs). Of these patients, seven cases of SCI occurred after cervical epidural injections. OUTCOME MEASURES: Chart data regarding characteristics of patients and proportion of SCI admissions to cervical epidural injections injuries were the outcome measures. METHODS: Parameters analyzed included age, sex, American Spinal Injury Association Impairment Scale on admission, mechanism of injury, presenting symptoms, time of onset, and risk factors. Proportion of SCI admissions to cervical epidural injections injuries was also analyzed. RESULTS: From the years 2001 to 2008, there were seven admissions for such injury with no change in the proportion of SCIs from cervical epidural injections relative to all SCIs. All were incomplete and mechanisms included anterior cord infarction (1), intraparenchymal injection (1), epidural abscess (2), contusion (1), epidural hematoma (1), and unknown (1). Presenting symptoms included hypotension, respiratory distress, chest pain, upper limb numbness, paresthesias, weakness, and fever. Symptom onset ranged from minutes to 72 hours after injection. CONCLUSIONS: Although there is an increased use of interventional spine procedures to treat pain, this did not increase the proportion of cervical epidural-related SCI admissions. Additional research is needed to advocate reporting complications in all clinical settings.

Restorative rehabilitation entails a paradigm shift in pediatric incomplete spinal cord injury in adolescence: an illustrative case series.

Physical rehabilitation after spinal cord injury (SCI) in adult and pediatric populations has traditionally compensated for paralysis and weakness using wheelchairs, assistive devices, and braces to achieve seated mobility, upright standing, or bracewalking. Recent evidence indicates efficacy of activity-based therapies in adults with SCI, specifically locomotor training (LT), to activate the neuromuscular system below the injury level and improve walking and postural control by restoring pre-morbid movements. The purpose of this paper is to demonstrate the feasibility of LT, using repetitive stepping practice on a treadmill and translated to over ground and the community, to meet the unique needs and demands of pediatric, adolescent rehabilitation. Three outpatient adolescents, T5 AIS D, age 15 (primary wheelchair user), T5 AIS C, age 14 (primary wheelchair user), and C2, AIS D, 14 years (primary ambulator), received a standardized protocol of LT 4-5 times per week for 75, 293, and 40 total sessions, respectively, across 1-3 episodes of care. Two adolescents became full-time ambulators, and one adolescent improved locomotor skills, kinematics, and endurance with two individuals lacking significant increases in strength to account for the benefits. Motivational strategies were developmentally specific, parental involvement critical for carryover, and musculoskeletal considerations paramount with growth and maturation. In comparison to adults, adolescents' continued musculoskeletal, cognitive, and social growth and maturation necessitate repeated episodes of therapy and bi-annual re-evaluations to identify needs and address new goals. The use of activity-based therapies, i.e. LT, represents a paradigm shift in pediatric rehabilitation towards activation of the neuromuscular system below the lesion via task-specific training and experience, minimizing compensation strategies, and targeting recovery of function achieved via use of pre-morbid movement patterns.

Demographic characteristics of 38 patients injured in motor vehicle accidents referred by chiropractors to physiatrists.

OBJECTIVE: The purpose of this study is to describe the demographic profile of patients in the New Jersey area who are involved in motor vehicle personal injury lawsuits and who are referred from chiropractors to physiatrists. METHODS: The study design was a prospective chart review of patients (N = 38) referred to a private physiatric practice from 5 chiropractic practices. Patient data collected at initial consultation included age, employment status, emergency department consultation, time since accident, visual analog score, neck pain and back pain, review of systems, and functional limitations. RESULTS: The average patient was 37.1 years old, with male-to-female ratio nearly 1:1, and presenting 4.5 months after the accident; 81.6% were employed before the accident, 25.8% of which stopped working. The average pain score was 6.6 on a visual analog scale. Neck and back pain were common at 84.2% and 89.5%, respectively. Other complaints included headaches, sleeping difficulties, dizziness, depression, and anxiety. Limitations in function was reported in most patients. CONCLUSIONS: In this study, patients referred to a physiatrist from doctors of chiropractic had neck and low back pain not requiring hospital admission. Patients referred tended to have complicated cases with a variety of medical, legal, and psychological factors that are associated with delayed recovery. Physiatrists may be uniquely suited to assist chiropractors in management of complicated patients who have been involved in motor vehicle personal injury lawsuits and who have multidisciplinary needs.

Expanding the differential of shoulder pain: Parsonage-Turner syndrome.

A 44-year-old man was in his car when it was rear-ended in a minor motor vehicle collision, during which his right forearm contacted the steering wheel. Shortly thereafter, pain in his right shoulder developed, but initial work-up was unremarkable. His pain progressed to shoulder girdle weakness over several months and did not improve after 2.5 years. At the time of consultation, he complained of right-sided neck pain radiating to the right deltoid muscle and axilla as well as right shoulder blade pain with shoulder girdle weakness. Repeated electrodiagnostic studies revealed denervation limited to the serratus anterior and right deltoid muscles without evidence of cervical radiculopathy. He was diagnosed with Parsonage-Turner syndrome, which is a neurologic condition characterized by acute onset of shoulder and arm pain followed by weakness and sensory disturbance. The authors review patient presentation, physical examination, and work-up needed for diagnosis of this syndrome to help physicians avoid administering unnecessary tests and treatment.

Normalization of central cord syndrome spinal cord injury urodynamics after intrathecal baclofen therapy: a case report.

Objective. To report a case of improved urodynamics in a central cord syndrome spinal cord injury after intrathecal baclofen therapy. Methods. A 47-year-old man fell resulting in C4-C5 disc herniation with ventral spinal cord compression and cord edema. Results. He underwent an anterior cervical discectomy and fusion. Postoperatively, his examination revealed a C4 ASIA D injury in a central cord syndrome pattern. Cystometrogram (CMG) revealed a hyperactive detrusor with sphincter dyssynergia managed with intermittent self-catheterization. One and a half years later, he was impaired by severe lower limb spasticity, despite oral medications and botulinum toxin injections. After intrathecal pump therapy, CMG revealed relatively normal detrusor and minimal sphincter tone. He volitionally voids with urgency but improved continence, which was maintained in one-year follow-up. Conclusion. Although the main indication for intrathecal baclofen therapy is spasticity, improved urodynamics can be an additional benefit in central cord syndrome spinal cord injury.

Rehabilitation of neuromyelitis optica (Devic syndrome): three case reports.

We describe the inpatient clinical rehabilitation course of three patients with neuromyelitis optica (NMO; Devic syndrome). These patients had varying functional deficits. Each patient improved in several functional independence measures (FIM domains) but had minimal to no progress in other domains after acute rehabilitation stays between 1 and 1.5 mos. NMO is a severe central nervous system demyelinating syndrome distinct from MS, characterized by optic neuritis, myelitis, and at least two of three criteria: longitudinally extensive cord lesion, MRI nondiagnostic for multiple sclerosis, or NMO-IgG seropositivity. Persons with NMO may demonstrate improved function with rehabilitation efforts; though gains may be lost to relapse. Future immunomodulatory intervention may augment the benefits of rehabilitation.

Myelopathy associated with melorheostosis: a case report.

A man in his mid thirties presented with lower-extremity weakness and spasticity because of a myelopathy caused by a rare disorder of bone known as melorheostosis. The primary pathology involved was compression of the cord at the cervicothoracic levels by dystrophic osseous formation within the vertebral bodies. Based on a review of existing literature, it was evident that the spine is an uncommon location to find melorheostosis, making this disease entity a unique cause of myelopathy. The patient's progress was closely observed during his inpatient rehabilitation program, after he underwent spinal decompression surgery. Starting from the level of complete paralysis, he was able to regain functional strength in his legs by the end of his 2-month course. Despite the lack of reported outcomes in cases of myelopathy associated with melorheostosis, our report describes a favorable prognosis with good recovery of both strength and function.

Spinal cord injury and use of botulinum toxin in reducing spasticity.

Spasticity is commonly seen after spinal cord injury, and a large percentage of patients with spinal cord injury will need treatment to control it. Although oral medications do a fair job of controlling spasticity in most patients, some patients will need additional forms of treatment. In many cases, oral medications alone do not adequately control spasticity or the patient cannot tolerate the side effects. In these instances, botulinum toxin may help control the spasticity for approximately 3 months after injection. The amount of botulinum toxin and the injection sites can be tailored to meet individual patient needs. Botulinum toxins can reduce spasticity, improve function, and reduce the amount of needed assistance.