Chinese Caterpillar Fungus (CCF) is one of the rare Chinese traditional drugs. As the resource is reducing sharply, the price is rising higher and higher, and there have been much more adulterants in the markets, but until now we don't have a scientific and accurate research on the identification study for this drug. On the basis of resource investigation, during the study of the samples collected by ourselves and the specimens stored in the museum, using the macroscopic and microscopic methods, referring to the literatures of entomology, emphasizing on the characteristics of polypide part, we have studied this species in detail of the macroscopic characters such as the insertion position of the stroma part, the annulations and segments of the caterpillar, the abdominal leg, the pinaculum, and the microscopic characters of the body wall; firstly added the microscopic character of the crotchets on the planta of abdominal leg. The result turned out that the characters which we have studied are regular and stable, and it have laid the foundation for the powder products and patent medicines which have used the crude drug of CCF.

OBJECTIVE: To establish the macroscopic and microscopic identification method for Cordyceps Feturae. METHODS: By using stereomicroscopy and optical microscopy, introducing the professional terms of entomology and mycology, and combining the macroscopic and microscopic fetures of caterpillar part and stroma part, the samples of Cordyceps Feturae were observed and recorded, and compared with wild Cordyceps sinensis products, and the counterfeits-Cordyceps hawksii and Cordyceps taii. RESULTS: There was a slight difference in the morphological characteristics between Cordyceps Feturae and wild Cordyceps sinensis, but there was a significant difference between Cordyceps Feturae and the counterfeits. CONCLUSION: The macroscopic and microscopic identification method can be used for identification of Cordyceps Feturae, wild Cordyceps sinensis and the counterfeits.

Recently, there are many prominent problems about the quality ofIndigo Naturalis. To explore the underlying reasons, both ancient and modern herbal literatures were reviewed. Through the organization of recordings onIndigo Naturalis, the traditional process method required soaking and fermentation, stiring and depositing, foaming and shade drying. The currently usedIndigo Naturalis was mostly isolated and purified from crude deposit -“Cu-Dian.” The modern process technique ofIndigo Naturalis was gradually deviated from the traditional processing method. This paper also discussed the quality standards ofIndigo Naturalis. The author considered that the current standard on descriptions ofIndigo Naturalis characteristics was deviated from the traditional morphological features ofIndigo Naturalis, which should be further researched and verified. Therefore, this study provided certain references for the quality control and market supervision ofIndigo Naturalis.

OBJECTIVE: To establish a method for determination of D(-) sulbenicillin sodium in sulbenicillin sodium for injection by HPLC/MS. METHODS: The analysis was performed on a SHIMADZU VP-ODS column with mobile phase consisting of 0.01 mol·L-1 ammonium acetate solution-methanol (90:10) at a flow rate of 0.6 mL·min-1. The detection was performed by Multiple Reaction Monitoring (MRM) scanning mode with ESI negative ion mode. RESULTS: D(-) and L(+) sulbenicillin could be effectively separated. Good liner relationship was achieved when the concentration of D(-) sulbenicillin was in the range of 1.03-51.90 μg· mL-1 (r = 0.9997). The average recovery rate was 99.98% at three levels (RSD = 0.30%, n = 9). CONCLUSION: The MRM method is accurate, reliable, and can be used for the determination of D(-) sulbenicillin sodium in sulbenicillin sodium for injection.

Objective To establish an accurate sorting method with less interference to the cell activity for isolating CD 3+CD4+T lymphocytes in human intestinal tissue .Methods Firstly the digestive enzymes were adopted to decompose the human intestinal tissue ,and then the cell suspension was obtained by the filtration of 40 μm cell strainer .Mononuclear cells were collected by using continuous density Percoll gradient centrifugation technique ,then the flow cytometry was adopted to sort CD3+ CD4+ T lympho-cytes in mononuclear cells .The survival rate ,cell purity and morphological observation of the sorted cells were adopted to conduct the evaluation on the sorting method .Results The digestive enzymes well decomposed human intestinal tissue into cell suspension , the purity of CD3+CD4+ T lymphocytes by using continuous density Percoll gradient centrifugation was (43 .9 ± 7 .3)% ,while the purity of CD3+CD4+ T lymphocytes was(96 .9 ± 1 .2)% after fluorescence-activated cell sorting ,the difference between them was statistically significant(P<0 .01) .The survival rate of sorted CD3+CD4+ T lymphocytes was(97 .8 ± 1 .6)% with intact cell shape . Conclusion The Percoll gradient centrifugation technique combined with the fluorescence-activated cell sorting not only collects highly pure human intestinal CD3+CD4+ T lymphocytes with little influence on the cell activity and shape ,but aslo may be carried out under sterile conditions ,the sorted cells can continue to be used in the other functional researches .

Purpose To investigate the value of three-dimensional speckle tracking echocardiography in evaluating the cardiac function in breast cancer patients treated with Anthracycline. Materials and Methods Thirty-two breast cancer patients were followed with three-dimensional echocardiography prechemotherapy (group A), 2 cycles (group B) and 4 cycles (group B) postchemotherapy to compare left ventricle global longitudinal strain (GLS), global radial strain (GRS), global circular strain (GCS), global area strain (GAS), early diastolic global area strain rate (EASR), and early diastolic 3D velocity (3DVe). Results GCS, GAS and EASR were signiifcantly lower in group C than group A (t=3.555, 3.692 and 3.590, P<0.01);EASR was lower in group B than group A with statistical significance (t=2.190, P<0.05). GLS, GRS and 3DVe were not significantly different among three groups (F=2.305, 1.957 and 1.205, P>0.05). EASR was negatively correlated with IVRT (r=-0.44, P<0.01); EASR was positively correlated with Em (r=0.49, P<0.01) and Em/Am (r=0.32, P<0.01). GSR was positively correlated with Sm (r=0.21, P<0.05). Conclusion Three-dimensional echocardiography sensitively detects the early changes in diastole function in breast cancer patients treated with Anthracycline.

Objective To evaluate the effects of right ventricular pressure load on left ventricular ( LV) myocardial mechanics using speckle tracking technology ,and to detect the change of LV function in patients with pulmonary hypertension( PH) at a earlier stage ,in order to provide reference for early clinical intervention . Methods The study included 74 patients with PH and 40 healthy volunteers ,who had of similar age and sex distribution . According to the pulmonary artery systolic pressure ( PASP) ,patients with PH were divided into mild ,moderate and severe groups ,which were marked with A ,B ,C , respectively . All subjects underwent echocardiographic examination . Conventional echocardiographic parameters ,the systolic longitudinal ,radial and circumferential peak strain ( LS ,RS ,CS) in various segments of LV ,as well as basal and apical segment myocardial rotation angle peak and peak time were determined ,LV systolic global longitudinal ,radial and circumferential strain (GLS ,GRS ,GCS) ,free wall (LAT ,lateral wall+ posterior wall) and interventricular septum ( IVS ,anteroseptal+ posteroseptal) overall LS ,RS ,CS were calculated . Results ①LVejectionfraction(LVEF):groupA,B,Chadnosignificantreduction(P>0.05)thanthe control group . ②Overall LS ,RS ,CS of LAT of LV and IVS and GLS ,GRS ,GCS of LV :B ,C group were lower than the control group and group A and C were lower than group B ( P < 0 .05) . ③ The rotation angle in ventricular apical basal segments and segment :group B and C were lower than the control group and group A and C were lower than group B ( P <0 .05) . ④GLS ,GRS ,GCS and overall LS ,RS ,CS of LAT and IVS were similar between group A and the control group( P >0 .05) ,but LV base segment rotation of groupAwaslowerthanthatofthecontrolgroup(P<0.05).Conclusions ①Rightventricularpressure overload can lead to increased LV mechanical damage ,LV strain changes were earlier than the change of LVEF . ②LV strain with increased right ventricular pressure overload is gradually reduced . ③Compared with other strain parameters , LV basal segments rotation angle were able to detect changes of LV myocardiol mechanics in patients with PH more sensitively .

Objective To study the protective effect of sodium pyruvate solution to intestinal barrier in Hemorrhagic shock rats by intraperitoneal resuscitation.Methods A total of 40 Male SD ratswere healthy and clean,were randomly (random number) divided into four groups:sham operation group (group Ⅰ),hemorrhagic shock model group (group Ⅱ),the recovery of the compound sodium chloride intravenous + intraperitoneal recovery of the PD-2 liquid group (group iiⅢ),the recovery of the compound sodium chloride intravenous + sodium pyruvate abdominal recovery group (group Ⅳ) (n =10).In addition to the group Ⅰ,the other three groups are used the HS model by The Wiggers improvement prepared,group Ⅲ,Ⅳ were used the same amount of intravenous recovery,At the same time to the abdominal cavity were respectively injected 20 mL 2.5％ PD-2 liquid and 20 m 2.5％ sodium pymvate solution.After 2 h,each group were taken arterial blood measured arterial blood gases (pH,PaCO2,PaO2) and D-lactic acid,small intestine specimens under the light microscope to observe the morphological changes of the rat small intestinal mucosa.Results Blood gas analysis:group Ⅲ and Ⅳ was significantly increased compared with group Ⅱ in pH levels and PaO2 content (P ＜ 0.01),and comoared to group Ⅲ,pH levels and PO2 levels of group Ⅳ increased more significantly (P ＜ 0.05) ; D-LA content:Group Ⅲ,Ⅳgroup is significantly lower than group Ⅱ (P ＜ 0.01) ; compared with group Ⅲ and group Ⅳ,D-LA significantly decreased (P ＜ 0.05).Light microscope,the group Ⅱ,the rat small intestine layer of a high degree of villous edema,submucosal vascular collapse within the lamina propria glands focal area of necrosis,and large areas of mucosal villi necrosis,defects; group Ⅲ and group Ⅳof small intestinal damage compared to group Ⅱ significantly reduced; Ⅳgroup of the rat small intestine villi edema,lodging and the degree of necrosis in group Ⅲ.Intestinal epithelial damage index score:the Ⅳ group than in group Ⅱ and Ⅲ group (P ＜ 0.01 or P ＜ 0.05).Conclusions The venous recovery and intraperitoneal resuscitation can significantly reduce the plasma D-LA content of hemorrhagic shock in rats,correct acidosis,increase the oxygen partial pressure ; and intestinal mucosal barrier function,the protective of sodium pyruvate solution is better than the PD-2 liquid.

BACKGROUND:Cartilage injury is stil one of the clinical problems difficult to be treated completely so far. Recently, the discovery of synovial mesenchymal stem cells (SMSCs) has brought about the new hope to cartilage repair.
OBJECTIVE:To explore the process concerning SMSCs-based therapy for cartilage repair in the past few years, such as the characteristics of SMSCs, culture conditions, preclinical and clinical studies, and then to summarize the literatures published in recent years.
METHODS:A computed-based online search of PubMed and SpringerLink databases was performed using the key words of“synovial mesenchymal stem cells, cartilage repair”for literatures published from January 1993 to May 2013.
RESULTS AND CONCLUSION:Final y, 37 articles were included. SMSCs have a greater proliferative capability, colony-forming potential and chondrogenic potential than other mesenchymal stem cells. The diseases such as osteoarthritis and rheumatoid arthritis can influence the characteristics of SMSCs. Numerous articles have aimed at the studies of cellculture in vitro and celltransplantation in vivo. However, the process of SMSCs therapy is mostly at its preliminary stage. Reports on its unique characteristics, optimal culture conditions and the high-quality clinical studies are stil largely lacking. In a word, though further studies are needed, SMSCs appear to be a promising cellsource for cartilage repair in the future.

Objective To investigate the expression and significance of P-glycoprotein in triple negative breast cancer (TNBC).Methods One hundred and seventy-one cases of breast invasive ductal carcinoma in our hospital were retrospectively analyzed.According to the expression of ER,PR,Her2,we categorized those paitents into triple negative breast cancer group (58 cases) and non triple negative breast cancer group (113 cases).The different expression of P-glycoprotein was detected by immunohistochemieal technology in two groups.We analyzed the relationship between the expression of P-glycoprotein and clinical and pathological features in TNBC,and investigated the effect of P-gp on the rate of recurrence and metastasis in 3 years.Results (1) The expression of P-gp in TN BC was significantly higher than that of NTNBC (53.45％ vs 37.17％) (P ＜ 0.05).(2) The expression of P-gp in TNBC was associated with TNM stage,histological grade,lymph node status and vascular invasion (P ＜ 0.05),but not with age and size of the tumor (P ＞ 0.05).(3) The rate of recurrence and metastasis in positive expression of P-gp in TNBC was 58.06％,which was significantly higher than negative expression of P-gp in TNBC (44.44％),but no statistically significant was found(P ＞ 0.05).Survival analysis showed that P-glycoprotein expression had no relationshiop to 3-year cumulative survival rate (P =0.161 ＞ 0.05).Conclusions The positive expression of P-gp in TNBC is associated with drug resistance and metastasis,but has no obvious significance to recurrence and metastasis,so as to 3-year cumulative survival rate.