80%). The resulting bulk cultures were mainly comprised of a CD56~- subset of ??T cells. The expression of V?1, V?2 and V?3 gene families in the ex vivo multiplied ??T cells from TIL and PBMC of patients with NPC, and PBMC of normal control was demonstrated by RT-PCR. Conclusion The ??TIL of NPC can be multiplied in vitro for the first time. The subsets (V?1, V?2 and V?3) of ??T cells from PBMC of healthy individuals, PBMC and TIL of patients with NPC, can also be multiplied in vitro, and the experiment lays an experimental foundation of using ??T cells for the cellular adoptive therapy in patients with NPC.

The numbers of application and granted funds for NSFC were analyzed statistically in Capital Medical University Affiliated Beijing Anzhen Hospital from 2009 to 2012.This paper retrospectively analyzed the development recurrent features of scientific research and put forward some suggestions.Meanwhile,it revealed the prospects of scientific research in our hospital.

Objective The objective of this article was to compare patients' dose with electrocardiographic gated mA modulation (ECG) and ECG＆CAREDose 4D mode during coronary MSCT angiography.Methods The research was based on phantom experiment and computer simulation to get the mean value of peak skin dose data and effective dose data respectively and to analyze deterministic and stochastic radiation risk.Results The peak skin dose using ECG mode alone and using ECG＆CAREDose 4D mode with the same image noise level was (87.4±0.9) and (45.9 ± 1.2) mGy respectively.Effective dose was 17 and 10 mSy for ECG mode and ECG＆CAREDose 4D mode respectively.Comparing with ECG mode alone, ECG＆CAREDose 4D mode reduced organ dose of gonad, red marrow, lung, stomach, breast and thyroid by 40.0%, 36.7%, 39.3%, 37.7%, 38.8% and 38.9%, respectively. Conclusion Results showed that ECG ＆ CAREDose 4D mode can reduce radiation dose effectively comparing using ECG mode alone, and that ECG ＆ CAREDose 4D mode should be widely applied ehnically with appropriate initial settings.

Objective To analyze the status of research secretary team in Anzhen hospital and to put forward suggestions to improve the current situation of the team.Methods Factors such as the setting of research secretary duties,implementation mode,status of research secretary team building on hospital clinical departments,and existing problems were analyzed.Results The team building of research secretary reduced the department directors' burden,standardized the daily management,and partly improved work efficiency through co-ordination.But the inadequate maintenance of of scientific research strength was needed to be proved.Conclusions Improving the selection scheme of research secretary,setting up the system of rewards and penalties,Strengthening exchanges on a regular basis may sharpens research secretary professional ability and the quality,accelerate the hospital's research developments.

This study aimed to identify Belamcandae Rhizoma, Iridis tectori Rhizoma and their adulterants by ITS2 sequence. All the DNA samples of Belamcandae Rhizoma, Iridis tectori Rhizoma and their adulterants were extracted. The ITS2 sequence were succesfully amplified, and purified PCR products were sequenced. All the sequences were assembled using the CondonCode Aligner V3.7.1. The Kimura 2-Parameter (K2P) genetic distances and the Neighbor-Joining (NJ) phylogenetic tree were calculated by using MEGA5.1. Results indicated that the maximum intraspecific genetic distances of Belamcandae Rhizoma was 0, and the average GC content was 52.22%;the maximum intraspecific genetic distances of Iridis tectori Rhizoma was 0.004, and the average GC content was 67.87%. The maximum K2P intraspecific genetic distance of Belamcanda chinensis, Iris tectorum were both lower than the minimum interspecific genetic distance of adulterants. Additionally, the ITS2 sequences in each of these polytypic species were separated into pairs of divergent clusters in the NJ tree. The NJ tree based on ITS2 sequence indicated that Belamcandae Rhizoma, Iridis tectori Rhizoma and their adulterants could be distinguished clearly. It could be concluded that ITS2 barcode can be used to correctly identify Belamcandae Rhizoma, Iridis tectori Rhizoma from their adulterants, and ensure their safety in use.

AIM:To study the protective effects and mechanism of Fushen Jiangzhuo formula (FSJZ) on the rat renal interstitial fibroblasts with renal tubulointerstitial lesion .METHODS:The serum containing FSJZ and blank con-trol serum were prepared .The rat model of mesangial proliferative glomerulonephritis ( MsPGN) was established and ex-tended the time of modeling to 20th weeks for developing tubulointerstitial lesion naturally .The rat renal interstitial fibro-blasts at the end of 12, 16, 20 week of modeling were isolated and cultured .The effects of FSJZ on the expression of hepa-tocyte growth factor (HGF) and bone morphogenetic protein-7 (BMP-7) at mRNA and protein levels in the pathological re-nal interstitial fibroblasts were determined .RESULTS:The anti-fibrosis factors HGF and BMP-7 were changed in patho-logical renal interstitial fibroblasts .Renal tubulointerstitial lesion significantly down-regulated the expression of HGF and BMP-7, while the drug containing serum of FSJZ significantly up-regulated the expression of HGF and BMP-7.CONCLU-SION:Drug containing serum of FSJZ has protective effect on pathological renal interstitial fibroblasts by regulating the mRNA and protein expression of HGF and BMP-7.

Model organism zebrafish was used to study metabolism of asperosaponin VI from Dipsacus asper Wall. ex Henry for the first time. Metabolic components of asperosaponin VI after exposing to zebrafish for 24 h were identified by high performance liquid chromatography--electrospray mass spectrometry (HPLC-ESI-MS), the separation was performed with a Zorbax C18 column using a binary gradient elution of 0.05% formic acetonitrile--0.05% formic acid water. The quasi-molecular ions of compounds in both negative and positive mode were observed for molecule mass information, and the potential structures were identified by attentive study on the deglycosylation metabolites and one hydroxylation metabolite of asperosaponin VI. The results were highly in consistent with metabolism of asperosaponin VI in rat. It can be concluded that zebrafish model can wonderfully imitate current metabolic model with advantages of small amount of lower cost, far less amount compound, higher efficiency and more simple, and can reflect integrated metabolism results of in vivo method. Zebrafish metabolic model may become a novel organism model for quick predication on metabolism of even mircoamount compound, which can enrich the available models greatly.

Glomus Tumor ; diagnosis ; Humans ; Lung ; pathology

Objective To prospectively evaluate the risk factors of complete resection in early gastric cancer (EGC) with endoscopic submucosal dissection (ESD),and to guide the choice of treatment methods.Methods This study prospectively evaluated the endoscopic features of 66 EGCs,including the lesion size,presence or absence of ulceration,the extent of differentiation,invasion depth and entire margins of the EGC,then compared them with postoperative pathologic results and analysed these factors.Results The lesion size of the high grade intmepithelial neoplasia (H) group and the intramucosal carcinoma (M) group were mainly less than 30 mm (90.9％ vs.88.5％),but 57.1％ of the submucosal carcinoma (SM) were more than 30 mm.There was a significant difference between any two of three groups (P ＜ 0.05).Fourteen EGCs who got ulceration without invasion beyond mucosal muscularis underwent ESD successfully,and the basal or dissected margin had no residual tumor cells confirmed pathologically.And no tumor cell infiltration or lymph node metastasis was discovered.Of 45 EGCs with ESD,the underestimation rate for horizontal extent determined by white light and chromoendoscopy was higher than that of magnifying endoscopy with narrow-band imaging (ME-NBI) (15.6％ vs.2.2％,P ＜0.05).Diagnostic accuracy for the extent of differenciation by conventional endoscopy was 93.9％ (31/32,P ＞ 0.1),but it's unable to determine the extent of differentiation by ME-NBI.The accuracy of the group H was 84.8％ (28/33),that of M was 57.7％ (15/26),that of SM was 71.4％ (5/7),and there was a significant difference between group H and group M (P ＜ 0.05).Conclusion To achieve complete resection of EGC with ESD,the lesion more than 30 mm,presence of ulceration,undifferentiated type,deep infiltration should be considered as the risk factors,and it's also important to identify the horizontal extent of EGC to avoid unnecessary operation.

Purpose To study the exposure extent of internal carotid artery siphon (ICAS) before and after removing anterior clinoid process (ACP) using multislice spiral CT (MSCT) simulation, and to improve the tumor resection rate and ensure the operation effect. Materials and Methods MSCT three-dimensional images reconstruction simulating supraorbital keyhole approach of 100 patients (200 sides) were observed, the distance between the crotch of anterior cerebral artery and middle cerebral artery and ICAS before and after removing ACP (exposure extent) was measured. Results In 100 patients (200 sides ACP), the exposure extent before and after removing ACP were (14.3±3.9) mm and (30.5±4.2) mm, respectively on the left side with statistical difference (t=45.278, P<0.001), and were (15.9±3.8) mm and (31.8±3.9) mm, respectively on the right side with statistical difference (t=40.513, P<0.001). The exposure extent increased (16.3±3.6) mm and (15.8±3.9) mm, respectively on the left and right side with no statistical difference (t=0.251, P>0.05). Conclusion MSCT simulating supraorbital keyhole approach in removing ACP can effectively increase the exposure length of ICA, and enlarge the exposure extent of sella region, thus provide reliable imaging information for removing tumor and selecting surgical project in this region.