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This paper introduced European Guidelines for Physiotherapy of Parkinson's Disease, especially the form, content and selection, to give a reference of evidence-based practice in China.
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@# Diffusion tensor imaging is a non-invasive MRI technique which can identify changes of cerebral microstructure that CT and MRI is difficult to find, especially in the change of nerve fibers direction, which can be used for the researches of evaluation, recovery mechanism and prognosis of neurology. It has been applied in rehabilitation of motor, language and recognition of post-stroke patients.
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Objective To study the results comparability of two kinds of different chemiluminescence systems(Antu chemilumi-nescence analyzer ADC CLIA 400 and Siemens centaur xp)in the detection of tumor markers.Methods The tumor markers were detected in 50 specimens by using the Antu chemiluminescence analyzer ADC CLIA 400 and the Siemens centaur xp chemilumines-cence analyzer respectively.Then the results were analyzed and compared.Results The quantitative analysis results on the serum specimens showed that there was no significant difference in the detection results between the two kinds of detection system(P >0.05).The correlation coefficients of 5 test items between the two kinds of detection system were more than 0.836,suggesting a good correlation between the two kinds of method.The accuracy and repeatability of the Siemens centaur xp chemiluminescence ana-lyzer were higher than those of the Antu chemiluminescence analyzer ADC CLIA 400 in detecting the tumor markers.Conclusion The Siemens centaur xp chemiluminescence analyzer is better than the Antu chemiluminescence analyzer ADC CLIA 400 in detec-ting the tumor immune markers.
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Objective To investigate the changes of distribution of plantar pressure in Hallux Valgus and provide laboratory proof for clinical therapy and rehabilitation of hallux valgus. Method 17 cases of hallux valgus with 34 involved feet were examined. 17 persons with normal feet were choosen as control group. Forefoot plantar pressure was measured during walking by Footscan system. The forefoot was divided into five regions according to the five metatarsals. The parameters, peak pressure (PP) and pressure time integral (PTI) of the five regions, were compared to evaluate the plantar pressure changes while walking. ResultsForefoot plantar pressure distribution of hallux valgus is quite different from that of normal feet. Among five regions PP and PTI under the third metatarsal are maximum, which was (24.01±12.33)Pa，(6.89±3.02) respectively. While the maximum of normal feet was under the second metatarsal, which was (16.79±7.65)Pa，(6.03±2.72) respectively. Conclusions There are biomechanical differences between hallux valgus and normal feet which can be embodied by the distribution of plantar pressure. The center of plantar pressure distribution obviously shifts from interior to exterior.