WHO released the International Classification of Functioning, Disability and Health (ICF) in 2001. ICF is a kind of classification of multi-purpose used for different disciplines and fields, it belongs to by WHO for different applications in the field of health and to establish the international classification of family, it is a tool for internationally accepted, its overall goal is to provide a unified, standard language and framework to describe the condition of health and health-related. This article will review the application status of ICF at home and abroad, to explore the nursing of ICF application value, in order to explore the application of ICF in nursing standardized terminology space.

Objective To study the clinical value of HRCT in staging of lung interstitial disease(LID) in connective tissue disease(CTD).Methods 222 patients with CTD confirmed clinically underwent HRCT scan.The staging of LID according to the HRCT features of LID were done and the therapeutic effect was compared between each stage.Results In 222 cases ,64 cases were negative on HRCT as stage 0,158 cases had disseminated LID in different degree,including stage Ⅰ in 107,stage Ⅱ in 36 and stage Ⅲ in 15.There were significant statistically between the therapeutic effect and staging of LID.Conclusion The staging of CTD with LID by HRCT is helpful for judging the extent of LID and clinical treatment.

OBLECTIVE:To promote a sustained and quick development of the high-tech medicine industry in our country.METHODS:The related literature was consulted and the current developmental status of the high-tech medicine in-dustry in our country was analyzed.RESULTS&CONCLUSIONS:The high-tech industry in our country can be pushed on only through rearrange industry mix at the right time,constructing a serial comprehensive development terrace,supporting es-pecially those medicine enterprises that with core technology and independent intellectual property rights,building a virtual strategic league together with the academy of higher learning and scientific research institutes.

【Objective】 To explore the effect of different extraction methods on the content of total flavones from propolis.【Methods】With rutin as the control,spectrophotometry was used to investigate the content of total flavones extracted from propolis.【Results】The content of total flavones extracted by pharmacopoeia extraction method was 0.1982mg/g and 0.1978mg/g by methanol Soxhlet extraction method,the difference being insignificant.【Conclusion】Methanol Soxhlet extraction method is simple,effective and practical,and can be used to replace pharmacopoeia extraction method for the determination of total flavones from propolis when necessary.

The cis-epoxysuccinate hydrolase (CESH) from Rhizobium strain BK-20 is the key enzyme for L(+)-tartaric acid production. To establish a highly efficient and stable production process, we first optimized the enzyme production from Rhizobium strain BK-20, and then developed an immobilized cell-culture process for sustained production of L(+)-tartaric acid. The enzyme activity of free cells reached (3 498.0 +/- 142.6) U/g, and increased by 643% after optimization. The enzyme activity of immobilized cells reached (2 817.2 +/- 226.7) U/g, under the optimal condition with sodium alginate as carrier, cell concentration at 10% (W/V) and gel concentration at 1.5% (W/V). The immobilized cells preserved high enzyme activity and normal structure after 10 repeated batches. The conversion rate of the substrate was more than 98%, indicating its excellent production stability.
Alginates ; chemistry ; Cells, Immobilized ; Glucuronic Acid ; chemistry ; Hexuronic Acids ; chemistry ; Hydrolases ; metabolism ; Rhizobium ; enzymology ; metabolism ; Tartrates ; metabolism

Objective To construct the recombinant plasmid pEGFP-N1-SrV+ and evaluate the expression of SrV+in mammalian 293T cells.nethods srv+.a gene encoding the vailable region of the surface protein of the Streptococcus mutans OMZ175.was cloned chemically based on its reported nucleotide sequence.The eukaryotic expression plasmid,pEGFP-N1-SrV+,was constructed by introducing the srv+ gene into the Kpn Ⅰ/Xho Ⅰ site of pEGFP-NI.The recombinant plasmid pEGFP-N1-SrV+was transfected into 293T cells with lipofectamine and the expression level of SrV+was evaluated.Results The eukaryotic expression plasmid pEGFP-N1-SrV+was constructed successfully.GFP was observed by green fluorescent microscope.and a 72 × 1 03 protein was detected bv Westem blot.Real-time RT-PCR analysis revealed that the expression of the pEGFP-N1-SrV+in 293T was excellent and significant compared the control group. Conclusion The recombinant plasmid pEGFP-N1-SrV+was successfully constructed.which could encode the expression of SrV+after transfected into the mammalian 293T Cells.

Objective To investigate the influences of different mechanical ventilation modes on ventilator?induced diaphragm dysfunction (VIDD). Methods The patients received invasive mechanical ventilation in our ICU after lower abdomen surgery were enrolled into 3 groups according to different ventilation modes. The data of the 3 groups were analyzed. According to the offline results, patients were divided into two groups, the success of weaning as the dependent variable, the clinical indicators with statistical significance as the independent variable, the Logistic regression analysis was performed to analyze the ventilator weaning. Results The mechanical ventilation time, 48 h reintubation rate and the length of ICU stay in the A/C mode group were significantly higher than those in the SIMV mode group and the PSV mode group. The weaning success rate in the A/C mode group was significantly lower than that in the SIMV mode group and the PSV mode group, with significant difference (P<0.05). Weaning success group and weaning failure group had significant differences in the proportion of three ventilation modes (P < 0.05). With weaning as dependent variable, APACHE Ⅱ score, ALB and ventilation mode as independent variables, logistic regression analysis was performed using the enter method. APACHE Ⅱ and ventilation mode were independent influencing factors for weaning. Conclusion Compared with the A/C mode, the SIMV mode and the PSV mode have less influence on VIDD and high weaning success rate in the mechanical ventilation process of patients post?lower abdomen surgery. No significant difference was found between the SIMV mode and the PSV mode in their influence on weaning.

Objective To investigate the ultrasonic and pathological features of porcine striped muscle injury from thermal and chemical factors respectively, and to analyze the limitation of ultrasound diagnosis given by doctors with different skill levels. Methods An experimental study using fresh porcine striped muscle in vitro was designed, where the injury were caused by microwave ablation (2 450 MHz) and Anhydrous acetic acid (99.8%) injection separately. Blind to pathologic results, the two-dimensiona sonograms taken from each model were analyzed by sonographers with different skill levels independently. Finally, the diagnoses were evaluated and compared among them. Results Two-dimensional sonograms showed distinct changes of the textures in both injury models, which was characterized as the disappearance of regular tissue structure. However, the corresponding histopathology revealed obvious differences between the two interventions on ultrasonograms. There was no statistical difference between chief physician and attending doctor (both of them had over 5-year experiences on skeletal muscle ultrasound ) in identifying the ultrasonic features of boundary, shape and muscle texture (Kappa=0.933, 0.845, 0.789;Kappa=0.790, 0.935, 0.865, all P<0.05). Compared with residents′diagnosis, there were signiifcant differences in identifying the ultrasonic features of echo level and muscle texture in both injury models:Echo level in thermal injury group:chief physician vs residents, Kappa=0.323;attending doctor vs residents, Kappa=0.297. Texture feature in thermal injury group:chief physician vs residents, Kappa=0.259;attending doctor vs residents, Kappa=0.112. Texture feature in chemical injury group:chief physician vsresidents, Kappa=0.253;attending doctor vs residents, Kappa=0.070. Conclusions Microwave ablation and Anhydrous acetic acid can cause different histopathologic changes in correspondence with various features on two-dimensional sonograms. But ultrasonographers with different skill levels leads to signiifcant variations in identiifcation and qualitative diagnosis, which is impossible to be quantitatively analyzed. Chief physician and attending doctor can draw a consistent conclusion and demonstrate the ultrasounic characteristics in porcine striped muscle injury model from thermal or chemical factors.

Objective To evaluate the effect of hydrogen-rich saline on the regulatory T cells (Tregs ) in the peripheral blood during global cerebral ischemia-reperfusion (I/R ) in rats .Methods Seventy-seven male Sprague-Dawley rats ,aged 2-3 months ,weighing 260-300 g ,were randomly divided into 3 groups using a random number table:sham operation group (group S , n=11) ,group I/R (n=33) ,and hydrogen-rich saline group (group H , n=33 ) .Global cerebral I/R was produced by 4-vessel occlusion method .The bilateral carotid arteries were blocked for 15 min followed by reperfusion in I/R and H groups .In group H ,0.6 mmol/L hydrogen-rich saline 5 ml/kg was injected intraperitoneally at 0 and 6 h of reperfusion ,while the equal volume of normal saline was injected instead in the other two groups .Before ischemia (T0 ) in group S and at 6 ,24 and 72 h of reperfusion (T1-3 ) in I/R and H groups ,7 rats were chosen ,the blood samples from the peripheral vein were collected for determination of the number of Tregs . Then the animals were sacrificed and the spleen was removed for measurement of transforming growth factor-β1 (TGF-β1) content .The left 4 rats of each group were sacrificed at T0 and T1-3 and the brains were obtained for examination of the pyramidal cell morphology in the hippocampal CA 1 region and for determination of the number of pyramidal cells in brain tissues .Results Compared with group S , the number of pyramidal cells in the hippocampal CA1 region ,the number of Tregs in the peripheral blood and content of TGF-β1 in the spleen were significantly decreased at T1-3 in group I/R ( P<0.05) .Compared with group I/R ,the number of pyramidal cells in the hippocampal CA 1 region and the number of Tregs in the peripheral blood at T2-3 ,and the content of TGF-β1 in the spleen at T1-3 were significantly increased ( P<0.05) ,and the pathological changes of pyramidal cells were attenuated in group H .Conclusion The mechanism by which hydrogen-rich saline attenuates global cerebral I/R injury may be related to the increased number of Tregs in peripheral blood and promoted secretion of TGF-β1 in rats .

Objective To observe the in vitro inhibitory effects of brucea javanica oil on human washed platelet and explore the possible mechanism.Methods Human washed platelets were mixed withdifferent concentration of brucea javanica oil which were divided into four groups[untreated control group,negative control group,9.0% of brucea javanica oil group,and 22.5%of brueea javanica oil group].The maximal ratio of platelet aggregation induced by adenosine liphosphate(ADP),arachidonic acid(AA),collagen,and thrombin,respectively,was measured with platelet aggregation analyzer.The expressions of fibrinogen receptor(FIB-R)and P-selectin(CD_(62p))on external membrane of activated platelet were determinated with flow cytometry.The F-actin of cytoskeletal structure in activated platelet was detected by SDS-PAGE.Results At 9.0% of brucea javanica oil,the maximal ratio of platelet aggregation[(57.7±4.0)%,(62.2±3.9)%,(66.9±5.0)%and(71.8±5.1)%]induced by ADP,AA,collagen,and thrombin,was significantly lower than that[(75.3±4.1)%,(79.3±4.8)%,(80.6±5.4)%,(84.1±6.2)%]at negative control(0% of brucea javanica oil)(P<0.01),but makedly higher than that[(39.2±3.5)%,(45.8±3.4)%,(51.2±3.9)%and(56.7±4.8%)]at 22.5%,respectively(P<0.01).The inhibitory rate of platelet aggregation(47.9%,42.2%,36.5%and 32.6%)at 22.5%of brucea javanica oil was notably higher than that(23.4%,21.6%,17.0%and 14.6%)at 9.0%,respectively(P<0.001).There was a negative correlation between brucea javanica oil concentration and the aggregation ratio of platelet stimulated by the four agonists,respectively(r=-0.952,-0.961,-0.970,-0.975,P<0.001).At 9.0% of brucea javanica oil,the expression levels of FIB-R[(64.7±4.0)%]and CD_(62p) [(3.91±0.21)%] of platelet activated by ADP were significantly lower than that[(85.5±4.6)%and (5.05±0.27)%]at negative control,but remarkably higher than that[(36.2±3.9)%and(2.34±0.15)%]at 22.5%,respectively(P<0.01).There was a much higher inhibitory rate of platelet aggregation(57.7%)at 22.5%than that(24.3%)at 9.0%(P<0.01).The ratios(1.68±0.10 and 1.77±0.12)of F-actin photodensity at 22.5%and 9.0%to that in blank control were significantly lower than that(2.22±0.15)at negative control(P<0.01)but there was no statistical difference between the ratios in the group of 9.0%and 22.5%brucea javanica(P>0.05).Conclusions brucea javanica oil has special inhibitory effect on activated platelet and thrombosis in a dose-dependent manner.The mechanism is to inhibit the expression of fibrinogen receptor on external membrane of activated platelet,which is also related to the inhibition of F-actin and secretion of platelet.