Development of a measure of skin care belief scales for persons with spinal cord injury.

OBJECTIVES: To develop and validate a measure of skin care beliefs and to describe the skin care behaviors of persons with spinal cord injury (SCI). DESIGN: A mixed-methods design was used to develop the Skin Care Beliefs Scales (SCBS). The health belief model framed the hypotheses. Phase 1 included item development, content validity testing, and pilot testing. Phase 2 included testing the scale structure (principal components analysis), internal consistency reliability, test-retest reliability, and relationships between the belief scales and care behaviors. SETTING: Two acute rehabilitation hospitals and Internet websites. PARTICIPANTS: Patients with SCI (N=462; qualitative/pilot n=56; psychometric study n=406) participated. INTERVENTIONS: Not applicable. MAIN OUTCOME MEASURES: The pilot and phase 2 studies, respectively, used 146-item and 114-item versions of the SCBS. A skin care activity log was used to record skin care behaviors. RESULTS: Content validity indicated that the items were relevant and clear. The analysis resulted in 11 independent scales reflecting 3 general beliefs (susceptibility, severity, self-efficacy) and barrier and benefit behavior-specific scales for skin checks, wheelchair pressure reliefs, and turning and sitting times. With the exception of skin check barriers (α=.65), Cronbach alphas of the scale ranged from .74 to .94. Test-retest intraclass correlations were fair to excellent (range, .42-.75). Construct validity was supported. Hierarchical linear regression indicated that turning benefits, barriers, susceptibility, and self-efficacy were significant predictors of turning time. Benefits or barriers were correlated significantly with skin check and pressure relief adherence (ρ range, -.17 to -.33). Self-efficacy was correlated with wheelchair pressure relief (ρ=.18). Skin care behavior adherence varied widely (eg, 0%-100%). CONCLUSIONS: The scales showed acceptable reliability and validity. Further testing with larger samples is desirable.

Does the Physical Medicine and Rehabilitation Self-Assessment Examination for Residents Predict the Chances of Passing the Part 1 Board Certification Examination?

BACKGROUND: Each year, residents in accredited United States Physical Medicine and Rehabilitation (PMR) residency programs can take the American Academy of Physical Medicine and Rehabilitation (AAPM&R) Self-Assessment Examination for Residents (SAE-R). This 150-question, multiple-choice examination is intended for self-assessment of physiatric knowledge, but its predictive value for performance on the part 1 American Board of Physical Medicine and Rehabilitation Certification Examination (ABPMR-CE) is unknown. OBJECTIVE: To investigate the predictive value of the SAE-R in relation to the part 1 ABPMR-CE. DESIGN: Retrospective study. METHODS: Data were analyzed from first time takers of the part 1 ABPMR-CE during a 5-year period from 2010 through 2014 who took at least 1 SAE-R in the third or fourth postgraduate year (PGY) of residency. MAIN OUTCOME MEASUREMENTS: Raw scores from the SAE-R were compared with scaled scores on the part 1 examination. Regression models analyzed the predictive value of the SAE-R total score for each PGY level. RESULTS: SAE-R raw scores increased an average of 5.5 points between the PGY 3 and PGY 4 year. PGY3 SAE-R raw scores accounted for 24.8% and PGY4 SAE-R scores for 27.1% of the variance in part 1 ABPMR-CE scores (P < .0001). Residents who obtained a raw score greater than 80 (53% correct) on the SAE-R had an 80% or greater chance of passing the ABPMR-CE. Scores greater than 90 (60% correct) on the SAE-R were associated with a 95% chance of passing the ABPMR-CE. CONCLUSION: The SAE-R scores provide some information regarding the likelihood of passing the part 1 certification examination. This study supports the SAE-R as a means of providing PMR residents with feedback regarding their level of knowledge.

Spinal cord injury medicine. 1. Etiology, classification, and acute medical management.

UNLABELLED: This self-directed learning module highlights basic management and approaches to intervention-both established and experimental. The revised American Spinal Injury Association classification (2000) of spinal cord injury (SCI) further defines the examination and classification guidelines. The incidence of traumatic SCI remains at approximately 10,000 cases per year, with 32 years the average age at injury. Initial management includes establishment of oxygenation, circulation (mean blood pressure >85 mm Hg), radiographic evaluations for spine instability, intravenous methylprednisolone, and establishment of spinal alignment. Prevention measures for medical complications include pressure relief for skin, thromboembolism prophylaxis, prevention of gastric ulcers, Foley catheter drainage to prevent urine retention, and bowel care to prevent colonic impaction. Nontraumatic SCI from spinal stenosis, neoplastic compression, abscess, or multiple sclerosis becomes more common with aging. Experimental treatments for SCI include antibodies to block axonal growth inhibitors, gangliosides to augment neurite growth, 4-aminopyridine to enhance axonal conduction through demyelinated nerve fibers, and fetal tissue to fill voids in cystic spinal cord cavities. Early comprehensive rehabilitation at a SCI center prevents complications and enhances functional gains. OVERALL ARTICLE OBJECTIVE: To summarize the comprehensive evaluation and management of a newly injured individual.

Spinal cord injury medicine. 2. Medical complications after spinal cord injury: Identification and management.

UNLABELLED: This is a self-directed learning module that reviews medical complications associated with spinal cord injury (SCI). It is part of a chapter on SCI medicine in the Self-Directed Physiatric Educational Program for practitioners and trainees in physical medicine and rehabilitation. This article includes discussion of common medical complications that impact rehabilitation and long-term follow-up for individuals with SCI. Issues addressed include the rehabilitation approach to SCI individuals with pressure ulcers, unilateral lower-extremity swelling (deep venous thrombosis, heterotopic ossification, fractures), along with the pathophysiology, assessment, and treatment of spasticity, autonomic dysreflexia, orthostatic hypotension, and pain. OVERALL ARTICLE OBJECTIVE: To describe diagnostic and treatment approaches for medical complications common to individuals with SCI.

Spinal cord injury medicine. 3. Rehabilitation outcomes.

UNLABELLED: This self-directed learning module highlights rehabilitation outcomes in spinal cord injury (SCI). It is part of the chapter on SCI medicine in the Self-Directed Physiatric Education Program for practitioners and trainees in physical medicine and rehabilitation. This article focuses on the multiple concerns for functional recovery after SCI, chiefly, the potential for ambulation, upper-extremity recovery, options for functional neuromuscular stimulation (FNS), sexual activity, and optimal outcome after a metastatic lesion. Motor incomplete patients have a better prognosis for ambulation than persons with sensory incomplete injury. Positive predictors for ambulation, including pinprick and lower-extremity motor scores greater than 20, are discussed. Meaningful recovery can occur in the upper extremities for at least 1 year. FNS options have been developed to promote functional control of the upper extremities for persons with tetraplegia, phrenic pacing, and bladder continence. A critical component of an individual's expression of self is his/her sexuality; sexual function after SCI is described in detail, including options for treatment of erectile dysfunction and various birth control methods for women. Expectations for an appropriate rehabilitation stay for a person with metastatic SCI differ for an individual with traumatic SCI. Differences may include changing routine pathways and timelines to focus on patient-centered quality of life for transition to home. OVERALL ARTICLE OBJECTIVE: To identify potential outcomes in ambulation, upper-extremity function, FNS, and sexual function after SCI and after metastatic cancer.

Spinal cord injury medicine. 4. Optimal participation in life after spinal cord injury: physical, psychosocial, and economic reintegration into the environment.

UNLABELLED: This learner-directed module on spinal cord injury (SCI) presents a variety of perspectives of the process of personal and environmental adaptation for reintegration. Adaptation is unique to each person and does not predictably follow stages. Models used for understanding the process include biopsychosocial, ICIDH-2 (International Classification of Functioning, Disability and Health), and sector divisions of the environment. Home modification requires home (intermediate environment) evaluation and sociospatial behavioral mapping for planning and appropriation of remodeling in proportion to functional need and use. Options for access to the natural environment include specialized wheelchairs, climbing rigging, kayaks, and sail boats. Sports participation with adaptations is expanding and includes a larger variety of organizations and leagues. Economic needs are effectively anticipated with development of a life care plan. Procreative options to overcome infertility after SCI include vibratory stimulation for ejaculation, intravaginal insemination, intrauterine insemination, in vitro fertilization, and intracytoplasmic sperm injection. Approaches to requests for withdrawal of life-sustaining care include depression screening, pain evaluation, and assistance in accomplishment of person centered goals. Overall, community reintegration after SCI is continually improving because of better acceptance, accessibility, and technology for building adaptations. OVERALL ARTICLE OBJECTIVES: (a) To review models and theories of medical intervention and disablement and (b) to demonstrate their application in rehabilitation practice by designing unique treatment plans that meet patient person-centered goals.

Spinal cord injury medicine. 5. Preserving wellness and independence of the aging patient with spinal cord injury: a primary care approach for the rehabilitation medicine specialist.

UNLABELLED: This self-directed learning module highlights consideration and treatment of individuals with long-term spinal cord injury (SCI). It is part of the chapter on SCI medicine in the Self-Directed Physiatric Education Program for practitioners and trainees in physical medicine and rehabilitation. This article specifically focuses on the challenges of chronic disease prevention, diagnosis, therapeutic options, and the resultant impact on the person with long-term SCI. With cardiovascular disease becoming a leading cause of mortality in this population, risk factor modification through weight, lipid, and glucose control becomes more important. Likewise, bowel dysfunction increases with duration and severity of SCI. Conservative and surgical management options are discussed. Musculoskeletal repetitive trauma injuries occur commonly in long-term SCI but can be prevented with appropriate lifestyle or equipment modifications. These and other conditions occurring in the person with long-term SCI are closely related to psychosocial function with resultant social isolation, depression, and substance abuse. Thus, identification and surveillance of these comorbidities are addressed, with an emphasis on prevention. OVERALL ARTICLE OBJECTIVE: To summarize the unique medical, psychosocial, and functional needs of the individual with long-term SCI.