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Physical Medicine (physical + medicine)
Selected AbstractsPhysical Medicine and Rehabilitation (85)PAIN PRACTICE, Issue 1 2001Erbil Dursun Glenohumeral joint subluxation and reflex sympathetic dystrophy in hemiplegic patients. (Kocaeli University, Kocaeli, Turkey) Arch Phys Med Rehabil 1999; 81:944,946. This is a case-controlled study of the relationship between glenohumeral joint subluxation and reflex sympathetic dystrophy (RSD) in hemiplegic patients set in an inpatient rehabilitation hospital. Thirty-five hemiplegic patients with RSD (RSD group) and 35 hemiplegic patients without RSD (non-RSD group) were included in this study. Patients with rotator cuff rupture, brachial plexus injury, or spasticity greater than stage 2 on the Ashworth scale were excluded. Both the RSD and non-RSD groups were assessed for presence and grade of subluxation from radiographs using a 5-point categorization. The degree of shoulder pain of the non-RSD group was assessed by a visual analogue scale of 10 points. Glenohumeral subluxation was found in 74.3% of the RSD group and 40% of the non-RSD group (P = 0.004). In the non-RSD group, 78.6% of the patients with subluxation and 38.1% of the patients without subluxation reported shoulder pain (P = 0.019). No correlation was found between the degree of shoulder pain and grade of subluxation in the non-RSD group (P = 0.152). Conclude that the findings suggest that shoulder subluxation may be a causative factor for RSD. Therefore, prevention and appropriate treatment of glenohumeral joint subluxation should be included in rehabilitation of hemiplegic patients. Comment by Miles Day, MD. The purpose of this study was to examine the relationship between shoulder subluxation in hemiplegic patients and reflex sympathetic dystrophy. They also examined if subluxation is associated with shoulder pain and the grade of subluxation in patients with subluxation and no reflex sympathetic dystrophy (RSD). Patients with injuries to the rotator cuff of the brachial plexus, marked spasticity, and major trauma to joint structures were excluded as these can be precipitating factors for RSD. The study noted a significantly higher presence of shoulder subluxation within the RSD group and the presence of pain was significantly high in patients with shoulder subluxation in the non-RSD group. The take home message of this article is that any measure or treatment that can be applied to the glenohumeral joint should be performed to eliminate the possibility of the patient developing RSD and subsequently hindering further rehabilitation in these patients. [source] Physical Medicine and Rehabilitation (88)PAIN PRACTICE, Issue 1 2001A. Suputtitada: Managing spasticity in pediatric cerebral palsy using a very low dose of botulinum toxin type A: preliminary report. (Chulalongkorn University Hospital, Bangkok, Thailand) Am J Phys Med Rehabil 2000;79:320,326. This study was conducted to determine if very low doses of botulinum toxin type A (BTX-A) could reduce spasticity and improve gait in cerebral palsied children when combined with rehabilitation therapy. The trainable (IQ> 80), ambulatory, spastic diplegic or hemiplegic cerebral palsied children, with no fixed contractures in at least one limb, were selected for this study. Patients with a score of 3 on a modified Ashworth scale received 0.5 units of BTX-A/kg/muscle. Patients with an Ashworth score of 4 received 1.0 BTX-A/kg/muscle. After BTX-A injection, all patients received rehabilitation therapy and plastic ankle and foot orthoses for walking. Both groups exhibited improvement in Ashworth score and in gait within 72 h of injection with botulinum toxin. Beneficial effects persisted for 10 to 12 months in most patients, with 3 patients exhibiting benefits for at least 20 months. Conclude that a very low dose of BTX-A combined with rehabilitation therapy resulted in a long-lasting decrease in spasticity and an improvement in gait in children with cerebral palsy. [source] Physical Medicine and Rehabilitation (87)PAIN PRACTICE, Issue 1 2001A.J. Haig Paraspinal electromyography in high lumbar and thoracic lesions. (University of Michigan, Ann Arbor, MI) Am J Phys Med Rehabil 2000;79:336,342. This study aimed to use needle electromyography in the paraspinal muscles to localize the root level of a radiculopathy. Nine cases of clinically proven, isolated high lumbar or thoracic disk herniations of patients who underwent MiniPM were collected. Four were from a prospective study of 114 persons with low back pain (MiniPM had 100% sensitivity to magnetic resonance imaging-documented high disks). In the most medial "S" column, mean MiniPM scores were 0.7 for the level above the radiologically documented lesion (3.1 at the lesion and 1.6, 1.6, and 1.1 at the 3 spinous processes below the lesion). Similar numbers were obtained in the "M" column (slightly lateral), with no significant differences between S and M. Differences were significant between and at the level of the lesion for S (P < 0.06) and M (P < 0.01), and between the lesion level and 3 levels below for the M column (P < 0.01). Conclude that paraspinal electromyography has a higher than previously reported sensitivity for high lumbar lesions. Electromyography using MiniPM can localize some radiculopathies. The individual cases suggest that, consistent with the anatomy of the caudi equina, thoracic lesions and lateral lumbar lesions denervate only at 1 level, but more central lumbar lesions also denervate distally innervated paraspinal muscles. Comment by Miles Day, MD. This study is designed to assess the sensitivity of many MiniPM for higher-level rediculopathies, ie, lower thoracic and high lumbar, and to determine if findings are specific to the root level involved. The MiniPM is thought to assess the multifidus portion of the paraspinal muscles that are innervated from L2 to the sacrum. The clinical protocol tests the paraspinal extensively and provides a numerica score, thus eliminating some subjectivity of the EMG. The study demonstrates that MiniPM has good sensitivity for high lumbar and thoracic lesions and provides information on the level of the lesion independent of limb EMG. After reviewing the study, I agree with the authors that MiniPM is in itself not diagnostic for radiculopathy, but is only an additional test to help support other neuro physiological studies when evaluating for radiculopathy. It is not specific for diagnosing radiculopathy. [source] (616) Osteoporosis in Men-An Overlooked Source of Spine Pain, A Case Study and State-of-the-art ReviewPAIN MEDICINE, Issue 2 2000Article first published online: 25 DEC 200 Author: Toni J Hanson, Mayo Clinic Osteoporosis is a significant cause of morbidity in the USA. It is estimated that $84 billion annually is spent in the care of osteoporotic fractures. Diagnosis and treatment of osteoporosis in males has lagged and has only recently been recognized as an important issue, which is certain to become more significant as the population ages. A case study of a 47-year-old male with low back pain is presented. His spine x-rays revealed wedge-compression fractures of the spine; and a bone mineral density was obtained. The bone mineral density revealed a value of 0.80 g/cm2 at the lumbar spine and 0.7 g/cm2 at the hip, with T-scores respectively of ,2.89 in the spine and ,1.69 in the hip, consistent with a diagnosis of osteoporosis. He was evaluated in the Metabolic Bone Clinic. His daily calcium intake was noted to be 400 mg to 500 mg per day. Risk factor assessment revealed a remote use of excessive alcohol until age 26, and remote less significant history of smoking. Additional laboratory tests were negative for a secondary etiology. He was treated with Fosamax, calcium, and vitamin D supplementation. His physical medicine and rehabilitation program is illustrated. In addition, vocational issues are described. A comprehensive review of the literature regarding osteoporosis in males including diagnosis, treatment, and references is provided. [source] Music therapy in physical medicine and rehabilitationAUSTRALIAN OCCUPATIONAL THERAPY JOURNAL, Issue 3 2000Stanley Paul The therapeutic effects of music are being recognized increasingly in the field of rehabilitation medicine. More music therapists are being employed in physical medicine and rehabilitation centres, with the goal of using music therapy services to assist in the physical recovery and health maintenance of clients. In spite of the benefits of physical rehabilitation programs, client participation to their full potential is often not observed. Music encourages participation in exercises and activities. Music can ease the discomfort and difficulty associated with exercise and therapy activities, and help ensure consistent participation. One of the goals of the music therapist is to provide a means for the client to express him/herself in a musical activity. Music therapy and rehabilitation medicine are starting to find a common niche in working together with clients who have various neurological, orthopaedic, and paediatric conditions. Therapeutic application of music in rehabilitation contributes to the quality of life of individuals with disabilities. Combined goals could include improving strength, range of motion, balance, communication, and cognition. Continued efforts in clinical practice and research will build on the information already available to further define possible applications of music therapy in rehabilitation, and its outcome and benefits. Occupational therapists can use the therapeutic medium of music, and the services of the music therapy discipline, in assisting clients to maximize their functional independence in their daily occupational roles. [source] | ||||||||||