Objective To study the clinical effect and the range of indications of oxygen-ozone treatment for lumber disc herniation. Methods 6～15 ml of oxygen-ozone(35～45 ?g/ml) were injected percutaneously into lumbar disc.In case of multiple disc herniations,the proceduce could be taken with two discs for once. Results 323 patients with 433 discs were treated by oxygen-ozone injection procedure.Total effective rate was 77.7%. Conclusions The treatment of lumber disc herniation by oxygen-ozone injection is simple,safe and effective with mild trauma.Oxygen-ozone not only can oxidize the proteoglycan in the nucleus leading to the contraction of nucleus,but also provide anti-inflammation effect with pain relief and without complication yet.

Objective To evaluate application of fist clenching method with shaking hands in venipuncture to elderly angular patients. Methods 360 elderly angular patients were randomly divided into group A and group B with 180 cases in each group. Group A used fist clenching method with shaking hands, group B adopted traditional fist clenching method in venipuncture. Pain degree and one-time success rate of two groups were compared. Results One-time success rate of group A in venipuncture was obviously higher than group B, while pain degree of group A was less than group B. Conclusions Fist clenching method with shaking hands to elderly angular patients can raise success rate in venipuncture, and reduce pain degree of patients.

Objective To assess the therapeutic effect of oxygen-ozone combined collagenase injection for the treatment of lumbar disc herniation.Methods Oxygen-ozone and collagenase were injected into the lumbar disc or outside the lumbar disc to treat the lumbar disc herniation.After the treatment,the patients were followed-up for 6~12 months,then the results were assessed according to the Macnab criteria.Results Of 183 patients,the effect was excellent in 144,good in 18,fair in 16 and poor in 5.The curative rate was 88.5%,the effective rate was 97.3%.No serious complications occurred in this group.Conclusion Oxygen-ozone combined collagenase injection is very effective,safe,and cheap method for treating lumbar disc herniation.

Poststroke depression (PSD) is the most common neurological and psychiatric complications after stroke.A large number of studies have showed that PSD is the result of a variety of mechanisms on the basis of stroke.This article reviews the pathophysiology mechanisms of PSD.

Objective To study the influence of the professional family intervention on cohesion and adaptability of breast cancer patients.Methods One hundred and twenty-eight breast cancer patients were randomly divided into control group and intervention group in equal number.The control group was given conventional nursing and the intervention group interventions including nursing instruction for their families and caregivers,mental instructions,and regular follow-ups in terms of life and rehabilitative instructions.A Family Adaptability and Cohesion Scale(FACESII-CV)was used for assessment before and after intervention.Result After intervention,the score on cohesion and adaptability of the intervention group were significantly higher than those of the intervention group before intervention and the control group(P<0.05).Conclusion The professional family interventions can effectively improve the family cohesion and adaptability of breast cancer patients.

OBJECTIVE: The success of joint prosthesis greatly depends on the materials, which should be a perfect combination of physics, chemistry, biomechanics and clinical sciences in choice of them. In addition, the effect of manufacture technology can not be neglected. So, it is significant to probe into the systematic basis in materials selection of joint prosthesis.DATA SOURCES: A computer-based search was conducted in Pubmed database for articles about joint prosthesis published before April 2006 with the key words of "artificial joint materials, biomaterial", and the language was limited to English. Meanwhile, Chinese Journal Full-text Database (CJFD) and Wanfang database were looked for relevant literatures published before April 2006 with the key words of "artificial joint material, biomedical material", and the language was limited to Chinese. Besides,the standards for materials were searched in Chinese service net for standard consultation with the key words of "implants for surgery" in both Chinese and English. At the same time, relevant books were also manually searched.STUDY SELECTION: Data were checked in the first trial, and related articles according to the criteria of research were looked for the full text.Inclusion criteria: ① Requirements for artificial joint material. ② Relevant standards for artificial joint of surgical implants. Exclusion criteria: Repetitive studies were excluded.DATA EXTRACTION: A total of 390 domestic and overseas articles,which were in relation to the mechanical properties of artificial joint material and bone and measurement of the overall dimensions of knee joint,were collected. There were still 242 relevant standards, while the repetitive studies and similar researches were excluded. Ten typical articles and 25 standards in collection were summed up and reviewed.DATA SYNTHESIS: ①Close combination of physics, chemistry, biomechanics and clinical sciences is sufficiently embodied in the selection of the materials. ② Two aspects must be taken into consideration: Requirements for function of the implant and the responses inside the human body.③ Main types of materials for joint prosthesis: biomedical metallic material, biomedical inorganic material of nonmetal, bioceramic, biomedical compound materials and so on. All kinds of materials that have been adopted should accord with the international or state or trade standards.④ The final determination of materials should meet the comprehensive requirements of standards, laws and regulations, as well as strategic targeting. CONCLUSION: Based on engineering, the fundamental principles of materials selection for joint prosthesis are illustrated from the following angles: clinical requirements for materials of replacement, attentions in joint prosthesis design, commonly used biomedicine materials performance, requirements of product registration and laws & regulations related to the materials, the strategy in the choice of material standard etc. As a result, a valuable system approach is provided for joint-prosthesis designers to select materials.

The aim of this study was to evaluate the seed quality of C.deserticola and establish quality grading rules of seeds by detecting the impacts of different processing methods on the contents of the effective components of C.deserticola for optimizing the suitable processing method.The seed quality was judged by thousand-kernel weight,empty embryo rate and water content.The samples were preliminary processed by freeze-drying,natural drying and hot air circulation drying respectively,and the content of phenylethanoid glycosides was determined by HPLC-UV.The seed quality classification standard of C.deserticola was established,and the seeds were divided into three grades based on the standard.It was found that freeze-drying method was optimum,featuring less effective component loss,beautiful appearance of herbal piece,crisp texture and fast drying.In conclusion,this study laid a foundation for the quality control of the seeds of C.deserticola with the provision of scientific evidence for the initial processing of the fresh product.

Objective To assess pathological features of muscles as well as microvascular changes between muscle fibers in patients with dermatomyositis (DM),and to analyze pathological differences in muscles between DM and polymyositis (PM).Methods Specimens were obtained from involved muscles of 16 patients with DM,5 patients with PM,and from normal muscles of 9 patients with bone trauma (controls).Routine histopathological examination and immunohistochemical staining for CD34 and CD61 were conducted.Results Of the 16 patients with DM,6 (37.5％) had perifascicular atrophy,3 ( 18.8 ％) had an obvious inflammatory cell infiltration around microvessels between muscle fibers.Perifascicular atrophy was absent in muscle specimens from patients with PM or bone trauma.The number of CD34-positive microvessels between muscle fibers was reduced in patients with DM,but normal in those with PM.CD61 was positive in perifascicular area of 10 patients (5 moderately positive and 5 weakly positive) with DM,with an expression rate of 62.5％,however,only 1 case of PM was weakly positive for CD61,and all the controls were negative.Conclusions There is a decrease in the number of microvessels but an enhancement of neovascularization between muscle fibers in involved muscles of patients with DM,which may serve as a pathological marker to distinguish DM from PM.

Objective To investigate the value of urine liver?type fatty acid?binding proteins(L?FABP) for early diagnosis and progress predicting of acute kidney injury(AKI)after lung transplantation. Methods Urine L?FABP and Scr blood samples in perioperative periods of 119 lung transplant recipients (hospitalized between 2013?2014)were involved in the research. Patients were divided into AKI group and non?AKI group according to KDIGO. Changes in urine L?FABP and Scr of two groups at various time points were recorded. Results Of 119 patients,57 developed AKI after surgery. Urine L?FABP from 0 h to 48 h in the two groups increased significantly, and the difference at 6 h to 48 h between the two groups is significant. In terms of diagnostic value,ROC area of urine L?FABP at 6h is 0.818. When 2254.52 ng/mg Cr was taken as diagnostic dividing line ,sensitivity and specificity was 0.782 and 0.814. In predicting AKI progression ,AUC below AUC of urine L?FABP 0.852. When 4313.17 ng/mgCr was taken as diagnostic dividing line ,sensitivity and specificity was 0.867 and 0.700. Conclusion Urinary L?FABP appears to be a sensitive and specific marker of AKI in lung transplant recipients ,could be a biological marker in the early diagnosis and progression tendency of AKI.

BACKGROUND:Electron beam melting rapid prototyping technology, has the characteristic of shaping precisely and complexly, is a new type of rapid prototyping technology using metal powder. Now, it has shown unique advantages in the fields of aerospace, automotive and medical implant equipments.
OBJECTIVE: To explore the properties of the product, the customization ability of orthopedic implants through electron beam melting rapid prototyping, especial y the ability of inducing bone ingrowth.
METHODS:We retrieved PubMed Database, China Journal Ful-text Database, and China National Knowledge Infrastructure, as wel as Dongfang Daily, World Science, and Chinese Journal of Orthopaedics by hand, and assembly documents in Chinese and English. Retrieval time was up to September 2013. Inclusion criteria: ① articles concerning electron beam melting rapid prototyping technology; ② articles addressing surgical implants. A total of 50 articles were included.
RESULTS AND CONCLUSION:Electron beam melting state Ti6Al4V orthopedic implant has a good comprehensive performance, since the three-dimensional porous structure via electron beam melting rapid prototyping, which has a characteristic of customization, can induce bone ingrowth.