Objective To analyze the association rules of drugs of endogenous wind syndrome (EWS) based on collation of ancient medical cases, and the rules of drug compatibility and pathogenesis characteristics in EWS. Methods With chief source of Chinese Medical Dictionary, 777 EWS cases were systematically collected from ancient medical documents, related drugs were standardized to establish drug information database, and the association rules of drug used were analyzed. Results The common drug pairs in EWS included Angelica and Bupleurum, Poria and Bupleurum, Poria and Alisma, Poria and Yam, Angelica and Astragalus. Three interrelated drugs were Angelica-Bupleurum-Poria, Banxia-Bamboo Lek-Ginger, Poria-Ginseng-Orange, Banxia-Orange-Hook Vine, Angelica-Astragalus-Ginseng. Four interrelated drug were Poria-Orange-Banxia-Licorice, Ginseng-Atractylodes-Poria-Angelica, Poria-Atractylodes-Licorice-Peony Root, Angelica-Atractylodes-Licorice-Peony Root. Five interrelated drugs were Angelica-Atractylodes-Licorice-Poria-Peony Root, Angelica-Atractylodes-Licorice-Poria-Ginseng. Conclusions Correlation analysis has a good application in the collation of medical cases, and can reflect drugs compatibility and pathogenesis characteristics in diseases.

Objective To change the two-tiered C/S architecture of traditional PACS.Methods Based on the deeply research of PACS architecture,combination with DICOM and distributed object technology,propose distributed PACS system architecture,the three-tire client/server framework of distributed object technology introduced into the architecture of PACS to design the new architecture.Results In comparison with traditional PACS that were based on DICOM networks,the distributed PACS were improved themselves in system architecture and performance,and PACS were more open and interoperable.Conclusion The new architecture not only enhances the performance of PACS,but also meets the need of open and high interconnectivity and interoperability.

Bilingual education is an important way to train high-quality bilingual talents,but improvement the quality of bilingual education is a step-by-step process.Combining with the practice of bilingual education,this paper proposed a few points about improving the quality of bilingual education in medical physics from the four respects of improving the cognition,renewing teaching content,using multi-medium CAI software and improving teaching means.

[Objective] To investigate the curative effect of the red rice in treating the experimental fractures in the rats.[Methods] 64 Wistar rats suffered with single fracture in the forearm were randomized into two groups,one red rice group and the other normal saline control group.On the twenty-first day and 42 day after operation,the qualitation and morphometric observation of the bone tissue were performed.[Results] After the treatment of the red rice,the bony union of the fractured bone in the rats was obviously accelerated.The morphometric index of the bony tissue was higher than the control group with the statistical significance.The remodeling of the bony callus,the emergence of the lamellar bone and recanalization of the medullary cavity could all be enhanced by the use of the red rice.The mineralized bony callus area,the osteoblast index and the matrical calcification were obviously higher than those of the control group.[Conclusions] The growth of bony callus,the index of the osteoblast,the metrical calcification and the remodeling of the bony callus could all be enhanced by the red rice and therefore the bone union could be accelerated.

Objective To explore the relationship between mutations in basic core promoter (BCP) of hepatitis B virus (HBV) and familial clustering of hepatocellular carcinoma (HCC) in Guangxi. Methods 153 pairs of members with HBsAg-positive were selected and matched from HCC high-incidence families and carcinoma-free families in Guangxi. The BCP genes were amplified and sequenced. Results The hotspot sites of the previous five mutations in BCP were T1762, A1764, G1775, V1753, G1803. In univariant analysis, HBV DNA≥105 copies/mL, T1762, A1764 and V1753 mutations were associated with the HCC high-incidence (P <0.05). The multivariate logistic analysis showed that HBV DNA≥105 copies/mL and A1764 were independent risk factors for it. Conclusion HBV DNA level, the mutations in BCP showed correlations with familial clustering of HCC in Guangxi.

Objective To investigate optimum dose of anesthesia in pediatric axillary brachial plexus branch block under ultrasound-guided. Methods Forty-eight children from May 2012 to May 2013 in hand surgery of our hospital,whose age was from 6 to 12 years,were randomly divided into four groups, each group has 12 cases. The doses of Ropivacaine were different in different groups. Group A was 0. 25 mL/kg,group B was 0. 2 mL/kg,group C was 0. 15 mL/kg,group D was 0. 10 mL/kg. And Ketamine was added to the treatment ac-cording to the incidence of anesthesia intraoperative. Evaluating the effect of anesthesia according to the situation of nerve block,observing an-esthesia duration time,dosage of anesthesia and rates of complications. Results The blocking effect of group A,B and C in each nerve area was correspond after 30 min,and anesthesia efficiency was higher than group D,but additional rate was lower than group D,the differences were statistically significant (P<0. 05). The block time in group D was shorter than the other groups,and the dose of Ketamine was most, and the block onset,perfect time were longer than the other groups (P<0. 05). But the differences between group A,B,C were not signifi-cant. Two cases in group D converted to general anesthesia. Four groups did not occur complication related narcotic drug. Conclusion In pediatric brachial plexus block used Ropivacaine under ultrasound-guided would get complete branch block,the exact effect of anesthesia, smaller dosage of local anesthesia. When the dosage of Ropivacaine was 0. 15 mL/kg could achieve a better anesthesia effect.

BACKGROUND: In tissue engineering, three-dimensional biodegradable scaffolds are generally used as a basic structure for cell anchorage, proliferation. Currently, no perfect scaffold is available. OBJECTIVE: To observe the growth of rabbit bone marrow stromal cells (BMSCs) cultured in different-intensity three-dimensional fibrin glue in vitro, and to discuss the feasibility of fibrin glue used as a scaffold material of bone tissue engineering. DESIGN, TIME AND SETTING: The single sample observational study was performed at the China-Japan Union Hospital of Jilin University and School of Mechanical Engineering of Tianjin University of Technology from September 2007 to January 2008. MATERIALS: Fibrinogen and thrombin were mixed at various proportions, and prepared into different intensity fibrin glue. A month-old male New Zealand white rabbits, weighing 0.25 kg was used in this study. METHODS: Rabbit BMSCs were cultured and serial subcultivation in a CO2 incubator. And then the amplified BMSCs were collected and continue to be cultured in different intensity fibrin glue for 4 weeks. MAIN OUTCOME MEASURES：Observation of growing BMSCs is performed using the phase contrast microscope. The activity of BMSCs in fibrin glue at different stages was observed using hematoxylin-eosin staining. The ultrastructural changes of BMSCs were observed which had been cultivated in fibrin glue for 4 weeks. RESULTS: After growing in fibrin glue for 4 weeks, BMSCs showed strongly active status in low intensity fibrin glue and growing slowly or dying in high intensity fibrin glue. Under the electron microscope, BMSCs following 4 weeks culture in fibrin glue (proportation of fibrinogen and thrombin was 4:1) were found, with visible cellular organs, and BMSCs had good activities. CONCLUSION: BMSCs can spread and proliferate quickly in low intensity fibrin glue. The optimal proportion of fibrinogen and thrombin is 4: 1.

BACKGROUND: A superior composite scaffold hopes be constructed to resolve adhesion between seed cell and scaffoldmaterial.OBJECTIVE: To construct composite scaffolds with fibrin glue and xenogeneic inorganic bone and to explore the three-dimensional culture of rabbit marrow stromal cells (MSCs).DESIGN, TIME AND SETTING: Observational experiment was performed at the Department of Orthopedics of China-Japan Union Hospital and the Department of Mechanical Engineering, College of Mechanical Engineering of Jilin University from November 2007 to March 2008.MATERIALS: Fibrin glue was made by a certain ratio of fibrinogen and thrombin; bovine cancellous bone following defatting and deproteinization was mixed with fibrin glue to establish composite scaffold.METHODS: Rabbit MSCs were cultured in v#ro and transferred, and the MSCs were collected for three-dimensional culture withcombined scaffolds made of xenogeneic inorganic bone and fibrin glue.MAIN OUTCOME MEASURES: The growth and proliferation of MSCs were examined by phase-contrast microscope andtransmission electron microscopy.RESULTS: Phase contrast microscope showed that the MSCs could spread evenly in the combined scaffolds. After cultured 4 weeks, the MSCs formed into densely three-dimensional net. It could be observed under the transmission electron microscopethat there were micro-protrusions in local stromal cells at 4 weeks after culture, and the mitochondrion as well as ribosomes wasobserved in the cytoplasm with rough endoplasmic reticulum.CONCLUSION: The MSCs cultured in the combination of fibrin glue and xenogeneic inorganic bone scaffolds show a betteractivity, and they can proliferate rapidly.

Objective To analyze the correlation of perfusion parameters obtained by functional multi-slice computed tomography (fMSCT) with vascular endothelial growth factor (VEGF) detected with immunohistochemistry on rabbit model with VX2 breast cancer and noninvasively evaluate the vascularization of untreated VX2 breast cancer in vivo. Methods Sixteen New Zealand femal rabbits were selected and suspension (1 ml) of mass was injected around the breast areola. CT perfusion was performed after two weeks and perfusion parameters including blood flow (BF), blood volume (BV), mean transit time (MTT)and permeability surface (PS) were assessed. Expression of VEGF in neoplasm was detected with immunohistochemistry. Paried t test was used for the comparison of perfusion parameters between the tumor and muscle and Pearson correlation analysis was used to assess the correlation of VEGF with perfusion parameters. Results The mean value of BF, BV, MTT and PS were (228.21 ± 13. 13 ) ml · min-1100 mg-1 ,(13.45 ± 1.01) ml · 100 mg-1 ,(3. 50 ±0. 20) sand (7.85 ±1.18) ml · min-1 · 100 mg-1 in tumor, respectively. They were (66. 10 ±22. 11 ) ml · min-1 · 100 mg-1 , ( 1.88 ± 1.80) ml · 100 mg-1,(23. 87 ±0. 63)s,(1.55 ±0. 38)ml · min-1 · 100 mg-1 in muscular tissue, respectively. The mean value of BF, BV and PS in tumor were obviously higher than those in muscle, and the mean value of MTT in tumor was lower than that in muscle. There were significant differences in CT perfusion parameters between tumor and muscle (t = 61.83,13.63,27.72,20. 54, P ＜ 0. 01 ). The mean value of VEGF in tumor was 7. 33 ±0. 27 and there were positive correlation with BF ( r = 0. 712, P ＜ 0. 01 ), BV ( r = 0. 647, P ＜ 0. 01 ), PS ( r =0. 627 ,P ＜ 0. 01 ), and negative correlation with MTT ( r = - 0. 564, P ＜ 0. 05 ). Conclusion MSCT perfusion imaging can be used to noninvasively evaluate the vascularization in rabbits with untreated VX2 breast cancer in vivo.

Objective To explore the change of venous blood phase values detected by enhanced gradient echo T2 star weighted angiography(ESWAN)sequence in mild and severe traumatic brain injury (TBI) models of rabbits in diverse phases and investigate their association with neurological severity scale (NSS) scores. Methods Fifty-one New Zealand rabbits, which were randomly divided into control group (n=3) ,mild injured group (n=24) , and severe injured group (n=24) by random digital table method, underwent routine MRI and ESWAN sequence at the time points of baseline, 1 h, 6 h, 12 h, 24 h, 48 h, 72 h, 1 week, and 2 weeks after injury(3 rabbits per subgroup)respectively. Blood phase values in veins of interest were recorded. Observation of behavior characteristics and abnormalities, followed by NSS, was executed post injury, and the correlation between venous blood phase values and NSS scores was statistically analyzed. Two independent-samples t-test was applied to compare venous blood phase values of diverse measured veins in each group separately at every time ponits. One-way ANOVA was used to analyze venous blood phase values varying over time of measured vessels in each injured group. Least significant difference t-test was applied to compare blood phase values within the subgroups with each other at each time point. NSS scores of mild and severe injured groups were compared by two independent-samples t-test. Correlations between venous blood phase values and NSS scores in each vein and group was analyzed with Spearman correlation analysis. Results Blood phase values in veins of interest presented an inclination of descending, which was more obvious in severe injured groups than in the mild. Change of venous blood phase values over time featured continuing reduction in earlier phases which reached to the minimum in 24-48h, and then increased gradually, especially in VMV, VLV, DSS, and MDVB (P<0.05). ICV and DCV also showed similar trend. Values of NSS scores in the two group were (15.5 ± 3.1) and (33.2 ± 6.5) respectively (t=3.543,P=0.001). Blood phase values in most of the measured veins correlated with NSS scores (P<0.05) after 6h post injury, especially significant during 24-72h among all the measured veins(P<0.05). Higher accuracy and sensitivity were presented in the supratentorial or superficial veins compared with subtentorial or profound veins. Conclusions It is feasible to evaluate oxygen saturation of veins after TBI by measuring venous blood phase values on ESWAN images. The method is effective in the assessment of the degree of injury and clinical status, indicating a favorable application prospect.