Living with Behçet's disease. An insight into the impact of the illness on people's lives.
Explore the source record for details and available documents.
Biomedical subjects
Publications and source records attributed to B Bhakta.
Explore the source record for details and available documents.
BACKGROUND/OBJECTIVES: Calf muscle hypertonicity following stroke may impair walking rehabilitation. The aim of this study was to assess botulinum toxin (Dysport) in post-stroke calf spasticity. METHODS: A prospective, multicentre, double-blind, placebo-controlled, dose-ranging study was performed to evaluate dysport at 500, 1,000 or 1,500 units in 234 stroke patients. They were assessed at 4-week intervals over 12 weeks. RESULTS: The primary outcome measure, 2-min walking distance and stepping rate increased significantly in each group (p < 0.05, paired test), but there was no significant difference between groups (including placebo). Following dysport treatment, there were small but significant (p = 0.0002-0.0188) improvements in calf spasticity, limb pain, and a reduction in the use of walking aids, compared to placebo. Investigators' and patients' assessments of overall benefit suggested an advantage for dysport over placebo, but this was not significant. Sixty-eight patients reported 130 adverse events, with similar numbers in each group. The few severe events recorded were not considered to be treatment-related. CONCLUSION: Dysport resulted in a significant reduction in muscle tone, limb pain and dependence on walking aids. The greatest benefits were in patients receiving dysport 1,500 units, but 1,000 units also had significant effects. Dysport 500 units resulted in some improvements. Since few adverse events were reported, this therapy is considered safe and may be a useful treatment in post-stroke rehabilitation of the leg. Possible reasons why functional improvements in gait parameters were not observed are also discussed.
Explore the source record for details and available documents.
OBJECTIVE: To define a safe and effective dose of Dysport for treating hip adductor spasticity. METHODS: Patients with definite or probable multiple sclerosis, and disabling spasticity affecting the hip adductor muscles of both legs, were randomised to one of four treatment groups. Dysport (500, 1000, or 1500 Units), or placebo was administered by intramuscular injection to these muscles. Patients were assessed at entry, and 2, 4 (primary analysis time-point), 8, and 12 weeks post-treatment. RESULTS: A total of 74 patients were recruited. Treatment groups were generally well matched at entry. The primary efficacy variables-passive hip abduction and distance between the knees-improved for all groups. The improvement in distance between the knees for the 1500 Unit group was significantly greater than placebo (p = 0.02). Spasm frequency was reduced in all groups, but muscle tone was reduced in the Dysport groups only. Pain was reduced in all groups, but improvements in hygiene scores were evident only in the 1000 Unit and 1500 Unit groups. Duration of benefit was significantly longer than placebo for all Dysport groups (p<0.05). Adverse events were reported by 32/58 (55%) Dysport patients, and by 10/16 (63%) placebo patients. Compared with the two lower dose groups, twice as many adverse events were reported by the 1500 Unit group (2.7/patient). The incidence of muscle weakness was higher for the 1500 Unit group (36%) than for placebo (6%). The response to treatment was considered positive by two thirds of the patients in the 500 Unit group, and by about half the patients in the other groups. CONCLUSION: Dysport reduced the degree of hip adductor spasticity associated with multiple sclerosis, and this benefit was evident despite the concomitant use of oral antispasticity medication and analgesics. Although evidence for a dose response effect was not statistically significant, there was a clear trend towards greater efficacy and duration of effect with higher doses of Dysport. Dysport treatment was well tolerated, with no major side effects seen at doses up to 1500 Units. The optimal dose for hip adductor spasticity seems to be 500-1000 Units, divided between both legs.
This case report describes transient neonatal Behçet's disease, with life-threatening complications in the neonate. Male Baby R developed blood-streaked diarrhoea 5 days after birth, followed by recurrent severe scarring orogenital ulceration and vasculitic skin lesions. In this sixth week of life, he developed stridor leading to a respiratory arrest and necessitating assisted ventilation. No infective cause was isolated. Baby R responded well to i.v. and subsequent oral steroid therapy. At 8 weeks old he had fully recovered and remains well. Baby R's mother was not previously known to have Behçet's disease. During the pregnancy, she began to suffer orogenital ulceration, associated with skin lesions typical of Behçet's disease. Mild orogenital ulceration has become recurrent.
The reliability and ease of use of any activity form has to be balanced against the content validity of the questions being asked. Clinical experience over several years suggests that presence of a high disease activity score is consistent both with the clinician's and patient's overall impression of disease activity. If the onset of the more serious manifestations can be predicted by more readily measured symptoms such as oral and genital ulceration, skin lesions, arthritis and superficial thrombophlebitis, then these organ system subscores could be expanded to provide a more accurate representation of activity. Other organ systems such as auditory system may also provide a measure of disease activity. For the purpose of clinical trials it is likely that if treatment is targeted at a specific organ system then a more comprehensive measure of activity within that organ system would have to be used (e.g. the role of thalidomide in oral ulceration) (Revuz et al, 1990). This would require the use of a form which measured many facets of oral ulceration (duration of ulcers, number of ulcers, size of ulcers, number of crops of ulcers, site of ulcers, etc). However it is recommended that such a form should be used in conjunction with a validated general disease activity form to alert the clinician conducting any trials of the advantageous or deleterious effects of the trial drug on other organ systems.
Rehabilitation is aimed at minimising the disadvantage experienced by an individual as a result of functional impairment or disability following disease. It also addresses the impact of the social and environmental consequences of disease. Rehabilitation medicine is a new specialty although the concept of rehabilitation is not. Previously this work was undertaken within the fields of rheumatology, physical medicine, neurology, and orthopaedic, general medical and limb fitting services. In some patients, primarily those with neurological and musculoskeletal disease, the interaction of impairments with social and environmental dimensions can be complex. Effective management requires coordination between the patient, carers, and the medical, therapy, nursing, psychology and social services. The management of patients with complex disabilities is undergoing change with the introduction of new treatments, awareness of needs of patients and carers, and new models of care. This conference, entitled 'Medical priorities in the rehabilitation of adults with complex disabilities' given at the Royal College of Physicians on 2 February 1995, reviewed these changes. It dealt with medical priorities in rehabilitation for patients with specific diseases, and recent advances in areas pertinent to rehabilitation medicine.