url: =Proceedings of the Third International Symposium on Image Computing and Digital Medicine, ISICDM 2019, Xi'an, China, August 24-26, 2019 - researchr publication\nProceedings of the Third International Symposium on Image Computing and Digital Medicine, ISICDM 2019, Xi'an, China, August 24-26, 2019\nProceedings of the Third International Symposium on Image Computing and Digital Medicine, ISICDM 2019, Xi'an, China, August 24-26, 2019. ACM, 2019. [doi]\nGraph Cuts and Shape Constraint Based Automatic Femoral Head Segmentation in CT ImagesDongjie Wang, Kun Yu, Chaolu Feng, Dazhe Zhao, Xin Min, Wei Li. 1-6 [doi]\nAutomatic Degree Evaluation of Facial Nerve Paralysis Based on Triple-stream Long Short Term MemoryChunlei Yang, Jinlong Kang, Xiaoting Xue, Yang Zhou, Hui Wang, Zhaoxing Wan, Tongsheng Su, Fei Xie, Pengfei Xu 0003. 7-11 [doi]\nROI Localization and Initialization Method for Left Ventricle SegmentationJunchi Lu, Chaolu Feng, Wei Li, Dazhe Zhao. 12-16 [doi]\nA Hybrid Fusion Method Based on Image Decomposition and Low Rank RepresentationLihong Chang, Xiaoping Li, Wanshun Lu. 17-21 [doi]\nImproved DenseNet with Convolutional Attention Module for Brain Tumor SegmentationBin Chen, Jiajun Wang, Zheru Chi. 22-26 [doi]\nConvolutional Neural Networks Based Level Set Framework for Pancreas Segmentation from CT ImagesZhaoxuan Gong, Zhenyu Zhu, Guodong Zhang, Dazhe Zhao, Wei Guo. 27-30 [doi]\nAutomatic Classification of Exudates in Color Fundus Images Using an Augmented Deep Learning ProcedureLei Wang, Ying Huang, Bing Lin, Wencan Wu, Hao Chen, Jiantao Pu. 31-35 [doi]\nBody Composition Segmentation Based on Dual-pathway Deep Dilated Convolutional Neural NetworkTiange Liu, Pengfei Xu 0003, Yuchang Bo. 36-42 [doi]\nCoronary Ascending Aorta Segmentation in CTA Images Using SegNet MethodYihua Song, Chen Ge, Ji Ye, Zuojian Zhou. 43-47 [doi]\nR4: A Client Server Architecture Oriented Open Three Dimensional Reconstruction Layered Reference Model for Medical ImagesWei Li, Wenping Zhou, Kun Yu, Chaolu Feng, Haixu Wang, Dazhe Zhao. 48-54 [doi]\nRegion-Based Automatic Regularization Parameter Tuning in CT ReconstructionJiayu Duan, Jianmei Cai, Xuanqin Mou. 55-58 [doi]\nNon-reference Evaluation of Hyperspectral X-CT Images Based on CdTe Photon Counting DetectorZheng Fang, Shuo Zhong, Renbin Wang, Liquan Ding, Siyuan Chen. 59-63 [doi]\nMulti-retinal Images Stitching Based on the Maximum Fusion and Correction Ratio of Gray AverageJingwei Xi, Pengwei Teng, Jiajun Wang. 64-70 [doi]\nAutomatic Detection of Major Depressive Disorder via a Bag-of-Behaviour-Words ApproachKun Qian 0003, Hiroyuki Kuromiya, Zhao Ren, Maximilian Schmitt, Zixing Zhang 0001, Toru Nakamura, Kazuhiro Yoshiuchi, Björn W. Schuller, Yoshiharu Yamamoto. 71-75 [doi]\nSaliency Detection Based on Non-convex Weighted SurrogatesYu Yang, Min Li, Yao Zhang. 76-81 [doi]\nA New Smoothing Based Image Recolorization MethodBin Xie, Yu Han 0001, Chen Xu 0004. 82-87 [doi]\n3D Fully Convolutional Network Incorporating Savitzky-Golay Filtering for Prostate SegmentationPinyuan Zhong, Jiong Wu, Zhe Yuan, Yue Zhang, Xiaoying Tang. 88-91 [doi]\nAutomatic Segmentation of Prostate Structures Using a Convolutional Neural Network from Multiparametric MRIXunan Huang, Bo Liu, Jiaxue Hao, Huyen Nguyen, Michael V. Knopp, Qiguang Miao, Guang Jia. 92-96 [doi]\nFluoroscopic Image Denoising with Feature Preserving Residual Noise LearningChengyang Wu, Pu Zhang, Yan Xu, Jingwu Yao. 97-101 [doi]\nTransfer Learning Based Classification of Cervical Cancer Immunohistochemistry ImagesC. Li, D. Xue, X. Zhou, J. Zhang, H. Zhang, Y. Yao, F. Kong, L. Zhang, H. Sun. 102-106 [doi]\nAn Adaptive Device-Aware Model Optimization FrameworkShuzhen Zhao, Hongwei Xie, Yan Qiang, Hao Zhang. 107-112 [doi]\nRegularized UNet for Automated Pancreas SegmentationJia-Fan, Xue-Cheng Tai. 113-117 [doi]\nConditional Convolution Generative Adversarial Network for Bi-ventricle Segmentation in Cardiac MR ImagesHaoran Zhang, Xuehao Cao, Lisheng Xu, Lin Qi. 118-122 [doi]\nAccurate and Robust Active Contour Model for Medical Image Segmentation and CorrectionYunyun Yang, Yunna Yang. 123-127 [doi]\nCardiac Motion Scoring Based on CNN with Attention MechanismZejian Chen, Wufeng Xue, Tianfu Wang, Dong Ni. 128-132 [doi]\nDental Data Analysis Based on Dental X-ray PanoramaShuxu Zhao, Changrong Liu, Qing Luo. 133-137 [doi]\nQuantifying Auricular Cartilage in Vivo Using Ultra-Short Echo Time (UTE) T2* MappingXue Li, Enhui Li, Weiwei Zhang. 138-142 [doi]\nScaDO Net: Scaffold-Dense-Octave Net for Brain Structure SegmentationHe Wang, Weiwei Zhang. 143-151 [doi]\nPulmonary Nodules Image Retrieval via Supervised Deep HashingYongjun Qi, Junhua Gu, Juanping Geng, Zepei Tian, Yingru Su, YaJuan Zhang. 152-156 [doi]\nHybrid 3D/2D-Based Deep Convolutional Neural Network for Spatio-Temporal Denoising of AngiographyPu Zhang, Chengyang Wu, Yan Xu, Jingwu Yao. 157-160 [doi]\nModified Edge-Weighted Centroidal Voronoi Tessellation for Image SegmentationMengfei Li 0002, Ying Xu, Hongwei Li 0006. 161-165 [doi]\nExpanded Mask R-CNN's Retinal Edema Detection NetworkHaiying Xia, Fuyu Zhu. 166-170 [doi]\nRegion Growing Model with Edge Restrictions for Multiple Roots Tooth SegmentationBenxiang Jiang, Yue Zhang, Xiaoying Tang, Hongjian Shi. 171-174 [doi]\nA Method on Detection and Location of the Ablation Needle in CT ImagesYongguo Zheng, Kaijia Liu, Ming Chen, Jianwei Li, Guozhen Zha. 175-181 [doi]\nLimited-angle CT Reconstruction with ℓp RegularizationXiaojuan Deng, Xuehong Liu, Hongwei Li 0006. 182-186 [doi]\nClassification for Rectal CEUS Images Based on Combining Features by Transfer LearningLangkuan Qin, Hao Yin, Hua Zhuang, Yuan Luo, Paul Liu, Dong C. Liu. 187-191 [doi]\nApplication of Distance Regularized Chan-Vese Method for Kidney Segmentation in Renal ScintigraphyMiao Li, Xiujuan Zheng, Kai Liu. 192-196 [doi]\nCoronary Artery Motion Tracking Using Landmark Guided Point Set RegistrationBu Xu, Lisheng Xu, Ying Kang, Along Song, Bin Wang, Lu Wang 0001, Benqiang Yang. 197-201 [doi]\nPost-Operative Electrode Placement Prediction in Deep Brain Stimulation Using Support Vector RegressionAlexa Singer, Chencheng Zhang, Tao Wang, Suhao Qiu, Dianyou Li, Yiping Du, Zhi-Pei Liang, Pawel Herman, Bomin Sun, Yuan Feng. 202-207 [doi]\nGlioma Grading Prediction by Exploring Radiomics and Deep Learning FeaturesTaohui Xiao, Wenqing Hua, Cheng Li 0008, Shanshan Wang 0002. 208-213 [doi]\nThe Prognosis Prediction of GBM Based on High-risk Subregion and Multi-parametric MR ImagingDi Lu, Xi Zhang, Xiaopan Xu, Xiaowei He, Yang Liu. 214-217 [doi]\nFully Automatic Diameter Measurement Method Based on Retinal Vessel SegmentationSimao Wang, Yue Zhang, Xiaoying Tang. 218-221 [doi]\nAn Automatic Image Segmentation Model Integrating Fuzzy Clustering with Level Set MethodYunyun Yang, Chong Feng, Ruofan Wang. 222-225 [doi]\nLeft Ventricle Segmentation and Quantification with Attention-Enhanced Segmentation and Shape CorrectionHongrong Wei, Wufeng Xue, Dong Ni. 226-230 [doi]\nA Comparison of Logistic Regression, Random Forest Models in Predicting the Risk of DiabetesBaoxin Zhang, Li Lu, Jiaqi Hou. 231-234 [doi]\nA Projection Match Based Motion Compensated Algorithm in 4DCBCTShaohua Zhi, Shaojie Chang, Xuanqin Mou. 235-238 [doi]\nA Pulmonary Nodule Detection Algorithm Based on Low Dose CT ImagesQian Yang, Huiqin Jiang, Ling Ma, Xiaozhen Du, Jianbo Gao. 239-243 [doi]\nDeep Interactive Segmentation of Uncertain Regions with Shadowed SetsHaiyan Zheng, Yufei Chen, Xiaodong Yue, Chao Ma. 244-248 [doi]\nOrgan Localization in PET/CT Images using Hierarchical Conditional Faster R-CNN MethodLinlin Liu, Bin Zhang, Hongkai Wang. 249-253 [doi]\nMultiscale Morphological Tone Mapping Operator for High Dynamic Range ImagesYinghui Zhang, Ke Wang, Xiaojuan Deng, Hongwei Li 0006. 254-258 [doi]\nBladder MR Image Segmentation by Convex Global Optimization of Coupled BordersXiaopan Xu, Peng Du, Yang Liu, Xi Zhang, Jing Yuan, Hongbing Lu. 259-262 [doi]\nBroad Learning-based Intervertebral Discs Localization and SegmentationHanqiang Liu 0001, Anqi Pi, Vipin Chaudhary. 263-268 [doi]\nGlioma Subregions Segmentation with a Discriminative Adversarial Regularized 3D UnetJing Liu, Pengyu Yin, Xiaohui Wang, Wei Yang, Kun Cheng. 269-273 [doi]\nPOCS-Based Super-Resolution Image Reconstruction Using Local Gradient ConstraintDongjun Ye, Bin Zhou, Bi-Ying Zhong, Wei Wei 0006, Xue-Mei Duan. 274-277 [doi]\nTransfer Learning Models on Brain Age PredictionYanhao Ren, Qiang Luo, Weikang Gong, Wenlian Lu. 278-282 [doi]\nFixed-Point Deformable U-Net for Pancreas CT SegmentationMeixiang Huang, Chongfei Huang, Jing Yuan, Dexing Kong. 283-287 [doi]\nData-driven Method for 3D Axis-symmetric Object Reconstruction from Single Cone-beam Projection DataShousheng Luo, Ruyue Meng, Suhua Wei, Jian-Feng Cai, Xue-Cheng Tai, Yang Wang 0020. 288-292 [doi]\nCombination Strategy of Deep Learning and Direct Back Projection for High-efficiency Computed Tomography ReconstructionYu Shi, Fanzhen Meng, Ye Mao, Chenfeng Li, Shouping Zhu. 293-297 [doi]\nZ-range Extension of Volume Imaged with Clinical C-arm Computed Tomography from A Single Rotation Helical Cone-beam ScanShaoJie Tang, Zhiwei Qiao, Xiangyang Tang. 298-302 [doi]\nLow-dose X-ray Computed Tomography Image Reconstruction Using Edge Sparsity RegularizationShousheng Luo, Keke Kang, Yang Wang, Xue-Cheng Tai. 303-307 [doi]\nNon-invasive Imaging the Relative Changes in Cerebral Blood Volume during Total Aortic-arch Replacement Using Electrical Impedance Tomography: a First StudyBenyuan Liu, Xiuzhen Dong, Feng Fu, Xuetao Shi, Zhenxiao Jin, Weixun Duan, Kai Ren, Shiqiang Yu. 308-313 [doi]\nA Level Set Method with Dynamic Prior for Cell Image SegmentationXueying Chen, Liang Sun, Bin Wang. 314-318 [doi]\nRobust Prototypical Networks for Small-Intestine Polyp Recognition in Wireless Capsule Endoscopy ImagesChao Liao, Chengliang Wang, Jianying Bai. 319-323 [doi]\nGroup Discriminative Least Square RegressionChunyu Yang 0002, Weiwei Wang 0005, Xiangchu Feng. 324-329 [doi]\nEffective Representation of Three-Dimension Nodules for False-Positive Reduction in Pulmonary Nodule DetectionWei Guo, AdevianFairuz Pratama, Zhaoxuan Gong, Wei Zhou, Dazhe Zhao, Guodong Zhang. 330-334 [doi]\nAn Accurate Estimation of T2* Mapping for Fast Magnetic Resonance ImagingJie Yang, Zhicheng Zhang, Yanchun Zhu, Yaoqin Xie. 335-342 [doi]\nSubspace Clustering by Relaxed Block Diagonal RepresentationQian Wang, Weiwei Wang 0005, Xiangchu Feng. 343-348 [doi]\nSegmentation of Prostate Peripheral Zone based on Multi-scale Features EnhancementXiaozhi Ma, Dongdong Xie, Jing Fang, Shu Zhan. 349-353 [doi]\nSegmentation of Venous Vessel in MRI using Transferred Convolutional Neural NetworkYao Yao, Shuiping Gou, Miao Wang. 354-360 [doi]


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url: =Application of Multi-sensor Data Fusion in Underground Mines--《Coal Mine Machinery》2015年07期\nApplication of Multi-sensor Data Fusion in Underground Mines\nHUANG Jian;XU Yong-gang;SUN Zhong-ting;College of Information and Electrical Engineering, China University of Mining and Technology;Xuzhou Electromechanical Engineering Branch, Jiangsu United Vocational College;\nIn order to overcome the disadvantages of the previous single sensor for coal mine gas environment and ventilation which is related to the safety of the coal mine and its diagnosis is imprecise and incomplete. Presents the adaptive weighted data fusion algorithm and the improved D-S evidence theory; In the meantime, with multiple sensors to collect the source of information in order to improve the accuracy and reliability of the coal mine gas environment detection. The practical results show that, this solution enhances accuracy and reliability of the coal mine gas environment detection.\n【CateGory Index】： TD71;TP212\n4 SHAO Liang-shan,FU Gui-xiang(Institute of System Engineering,Liaoning Technical University,Fuxin 123000,China);Dynamic prediction technology for gas based on data fusion theory[J];Journal of China Coal Society;2008-05\n5 SI Ying-li;YANG Xin-yu;CHEN Yong;XIANG Jing-bo;GUO Shi-wei;China Airborne Missile Academy;Department of Computer Science and Technology,Xi'an Jiaotong University;;Multi-sensor Weighted Data Fusion Algorithm Based on Global State Estimation[J];Infrared Technology;2014-05\n2 Mechanical Engineering College,Huadong University Zhao Shimin Zhang Junjun;Fault Diagnosis on Metro Station Equipment Based on Multi-sensor Information Fusion[J];Urban Public Transport;2008-04\n3 HE Xiang-yu,ZHAI Yan-lei(College of Physics and Electronic Information,Luoyang Normal University,Luoyang 471022,China);Design of autocontrol system for concentration of NH_3 and H_2S in piggery[J];Guangdong Agricultural Sciences;2012-01\n4 LI Heng-can,LI Quan-cai(School of Mechanical Engineering,North China University of Water Resources and Electric Power,Zhengzhou,450011,China);Application of Data Fusion in Monitoring Environment[J];Chinese Agricultural Mechanization;2011-04\n5 YU Lina;KONG Weihang;KONG Lingfu;LIU Xiaolei;LI Yingwei;College of Information Science and Engineering,Yanshan University;Logging & Testing Services Company of Daqing Oilfield CO.LTD.;;Estimation Method of Gas Holdup in Vertical Rising Pipe by Multi-fiber Sensors[J];Well Logging Technology;2013-05\n6 PAN Cheng-jun;Department of Electronic Information Engineering,Liuzhou Vocational&Technical College;;Key Technology Research Logistics Information System based on Internet of Things[J];Journal of Guangxi University for Nationalities(Natural Science Edition);2013-04\n7 Xie Qiubo;Meng Xiangbao;Chen Wanyun;Wu Zhenbiao;Guangdong Institute of Modern Agricultural Equipment;Guangzhou Jiankun Network Technology Development Co., Ltd.;;Application of Information Fusion and Configuration Technology System in Agriculture Environment Monitoring[J];Modern Agricultural Equipment;2014-04\n8 TENG Shao-hua;HONG Yuan;LI Ri-gui;ZHANG Wei;LIU Dong-ning;School of Computer Science and Technology,Guangdong University of Technology;;Application of adaptive multi-trip clustering in detection of WSNs security[J];Transducer and Microsystem Technologies;2015-02\n9 FU Hua;ZI Hai;MENG Xiangyun;SUN Lu;Faculty of Electrical and Control Engineering,Liaoning Technical University;Jinzhou Power Supply Company of Liaoning Electrical Power Company of State Grid;;A New Method of Mine Gas Dynamic Prediction Based on EKF-WLS-SVR and Chaotic Time Series Analysis[J];Chinese Journal of Sensors and Actuators;2015-01\n10 FU Hua;LIU Yuzhu;LI Haixia;XU Yaosong;WANG Yuhong;Faculty of Electrical and Control Engineering,Liaoning Technical University;;Short Term Forecasting Model of Gas Concentration in Coal Mine Using the CAPSO-ENN[J];Chinese Journal of Sensors and Actuators;2015-05\n1 XU Xiao-qin (Beijing Institute of Tracking and Telecommunications Technology, Beijing 100094, China);Survey of multi-sensor data fusion target recognition algorithms[A];[C];2006\n1 LIAO Xi-chun~*,QIU min,MAI Han-rong(School of Info.Wuyi Univ.Guangdong Jiangmen 529020,China);The Study on Data Fusion Algorithms of Multi-Sensor Based on Parameter-Estimation[J];Chinese Journal of Sensors and Actuators;2007-01\n3 XU Cong fu,GENG Wei dong,PAN Yun he(Institute of Artificial Intelligence,Zhejiang University,Hangzhou 310027,China);Review of Dempster Shafer Method for Data Fusion[J];Acta Electronica Sinica;2001-03\n4 Fu Hua, Yang Bao-lin, Gao Ying-hui (Department of Electric Engineering, Liaoning Technology University 123000, China);A Monitoring System of Elevator in Coal Mines is Designed Based on Multisensor Signal Fusion[J];Journal of Liaoning Technical University (Natural Science Edition);2001-01\n5 FU Hua1,SHEN Zhong-he2, SUN Hong-ge1 (1.Department of Electrical Engineering,Liaoning Technical University, Fuxin 123000, China; 2. Academic Affairs Office,Liaoning Technical University, Fuxin 123000, China);Research of multi-sensor information fusion model for mine gas monitoring system[J];Journal of Liaoning Technical University;2005-02\n6 Wang Xiliang et al.;Study on Predicting Water Invasion from Floor Plate of Coal Mine with the Aid of GIS[J];Geotichnical Investigation and Surveying;2001-01\n7 WU Wen-quan~(1), XI Ze-min~(1), GUO Jia-ning~(2 )(1.College of Electronic Engineering, Naval Univ. of Engineering, Wuhan 430033, China; 2. Dept. of Communication, Naval Headquarters, Beijing 100841, China);Preprocessing of data measured by multi-sensor[J];Journal of Naval University of Engineering;2005-04\n8 Zhang Handong Sun Chenghui Cen Yuwan (School of Electrical Engineering and Information,Anhui University of Technology,Ma′anshan 243002,Anhui China);Data fusion method for the configuration of distributed multisensor[J];Journal of Huazhong University of Science and Technology(Nature Science Edition);2008-06\n9 Xu Congfu ;Geng Weidong; Pan Yunhe (Zhejiang University Artificial intelligence Institute,Hangzhou 310027);An Improvement of Implementing Dempster-Shafer Algorithm[J];COMPUTER ENGINEERING AND APPLICATIONS;2000-03\n10 LI Xue-lian,SUN Yao,MO Hong-wei School of Automation,Harbin Engineering University,Harbin 150001,China;Research on data fusion algorithm of redundancy information based on least square method[J];Computer Engineering and Applications;2009-15


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url: =Tse, Hung-Fat (42)\nSiu, Chung-Wah (20)\nLau, Chu-Pak (13)\nTse, Hung Fat (12)\nChan, Yau-Chi (11)\nLi, Ronald A. (7)\nXu, Aimin (7)\nLian, Qizhou (6)\nNg, Kwong-Man (6)\nYiu, Kai-Hang (6)\nAu, Ka-Wing (5)\nSiu, Chung Wah (5)\nLam, Karen Siu-Ling (4)\nLi, Sheung-Wai (3)\nWong, Lai-Yung (3)\nYiu, Kai Hang (3)\nZhen, Zhe (3)\nBerger, Thorsten (2)\nChan, Carmen Wing-Sze (2)\nChan, Pak Hei (2)\nHai, Jo Jo (2)\nHo, Jenny C. Y. (2)\nLam, Kwok-Fai (2)\nLau, Chu Pak (2)\nLiao, Song-Yan (2)\nLiu, Ju-Hua (2)\nSong, Erfei (2)\nSun, Hai-Ying (2)\nTam, Sidney (2)\nTan, Kathryn C. B. (2)\n1. Overexpression of myocardin induces partial transdifferentiation of human‐induced pluripotent stem cell‐derived mesenchymal stem cells into cardiomyocytes Zhang, Jiao | Ho, Jenny Chung‐Yee | Chan, Yau‐Chi | Lian, Qizhou | Siu, Chung‐Wah | Tse, Hung‐Fat\n3. Nutrient supplemented serum-free medium increases cardiomyogenesis efficiency of human pluripotent stem cells Ting, Sherwin | Lecina, Marti | Chan, Yau-Chi | Tse, Hung Fat | Reuveny, Shaul | Oh, Steve KW\nWorld Journal of Stem Cells 2013;5(3):86-97.\nAIM: To development of an improved p38 MAPK inhibitor-based serum-free medium for embryoid body cardiomyocyte differentiation of human pluripotent stem cells.\nSoy hydrolysate; Bovine serum albumin; Differentiation; Cardiomyocyte; Human embryonic stem cells; Human induced pluripotent stem cells\n4. Modeling of lamin A/C mutation premature cardiac aging using patient-specific induced pluripotent stem cells Siu, Chung-Wah | Lee, Yee-Ki | Ho, Jenny Chung-Yee | Lai, Wing-Hon | Chan, Yau-Chi | Ng, Kwong-Man | Wong, Lai-Yung | Au, Ka-Wing | Lau, Yee-Man | Zhang, Jinqiu | Lay, Kenneth Weijian | Colman, Alan | Tse, Hung-Fat\n5. Generation of induced pluripotent stem cell lines from 3 distinct laminopathies bearing heterogeneous mutations in lamin A/C Ho, Jenny CY | Zhou, Ting | Lai, Wing-Hon | Huang, Yinghua | Chan, Yau-Chi | Li, Xingyan | Wong, Navy LY | Li, Yanhua | Au, Ka-Wing | Guo, Dongsheng | Xu, Jianyong | Siu, Chung-Wah | Pei, Duanqing | Tse, Hung-Fat | Esteban, Miguel Angel\n6. Synergistic effects of Inward Rectifier (IK1) and Pacemaker (If) Currents on the Induction of Bioengineered Cardiac Automaticity Tse, Hung-Fat | Siu, Chung-Wah | Chan, Yau-Chi | Lau, Yee-Man | Lau, Chu-Pak | Li, Ronald A.\n7. Incidence, clinical characteristics and outcome of congestive heart failure as the initial presentation in patients with primary hyperthyroidism Siu, Chung‐Wah | Yeung, Chun‐Yip | Lau, Chu‐Pak | Kung, Annie W C | Tse, Hung‐Fat\n8. Incidence and predictors of upper gastrointestinal bleeding in patients receiving low-dose aspirin for secondary prevention of cardiovascular events in patients with coronary artery disease Ng, William | Wong, Wai-Man | Chen, Wai-Hong | Tse, Hung-Fat | Lee, Pui-Yin | Lai, Kam-Chuen | Li, Sheung-Wai | Ng, Matthew | Lam, Kwok-Fai | Cheng, Xi | Lau, Chu-Pak\nWorld Journal of Gastroenterology : WJG 2006;12(18):2923-2927.\nAIM: The use of low-dose aspirin to prevent cardiovascular disease events is well established. However, the incidence and predictors of upper gastrointestinal bleeding (UGIB) with its use are unknown. We studied prospectively the incidence and outcome of peptic ulceration in low-dose aspirin users.\nMETHODS: A total of 991 patients with coronary artery disease (CAD) on low-dose aspirin were prospectively followed-up for two years for the occurrence and clinical features of first hospitalized episode of UGIB.\nRESULTS: UGIB had a bimodal presentation with 45% occurring within four months of aspirin initiation and had an overall prevalence of 1.5% per year. There was no UGIB-related death. Hypertension (OR = 4.6, 95%CI 1.5 - 14.7, P = 0.009), history of peptic ulceration (OR = 3.1, 95%CI 1.1 - 9.0, P = 0.039), tertiary education (OR = 3.08, 95%CI 1.1 - 9.0, P = 0.039) and higher lean body mass (P = 0.016) were independent factors associated with UGIB. Use of nitrate did not reduce UGIB.\nCONCLUSION: The incidence of UGIB in patients with CAD on long-term low-dose aspirin is low, but is accompanied with significant morbidity. With prolonged use of aspirin, UGIB continues to be a problem for those with risk factors and especially in patients with a history of peptic ulcers, in which UGIB tends to occur early after aspirin therapy.\nCoronary artery disease; Aspirin; Gastrointestinal bleeding\n9. Incremental prognostic value of global longitudinal strain in patients with type 2 diabetes mellitus Liu, Ju-Hua | Chen, Yan | Yuen, Michele | Zhen, Zhe | Chan, Carmen Wing-Sze | Lam, Karen Siu-Ling | Tse, Hung-Fat | Yiu, Kai-Hang\nCardiovascular Diabetology 2016;15:22.\nType 2 diabetes mellitus; Left ventricular function; Cardiovascular events\n10. Exome-wide association analysis reveals novel coding sequence variants associated with lipid traits in Chinese Tang, Clara S. | Zhang, He | Cheung, Chloe Y. Y. | Xu, Ming | Ho, Jenny C. Y. | Zhou, Wei | Cherny, Stacey S. | Zhang, Yan | Holmen, Oddgeir | Au, Ka-Wing | Yu, Haiyi | Xu, Lin | Jia, Jia | Porsch, Robert M. | Sun, Lijie | Xu, Weixian | Zheng, Huiping | Wong, Lai-Yung | Mu, Yiming | Dou, Jingtao | Fong, Carol H. Y. | Wang, Shuyu | Hong, Xueyu | Dong, Liguang | Liao, Yanhua | Wang, Jiansong | Lam, Levina S. M. | Su, Xi | Yan, Hua | Yang, Min-Lee | Chen, Jin | Siu, Chung-Wah | Xie, Gaoqiang | Woo, Yu-Cho | Wu, Yangfeng | Tan, Kathryn C. B. | Hveem, Kristian | Cheung, Bernard M. Y. | Zöllner, Sebastian | Xu, Aimin | Eugene Chen, Y | Jiang, Chao Qiang | Zhang, Youyi | Lam, Tai-Hing | Ganesh, Santhi K. | Huo, Yong | Sham, Pak C. | Lam, Karen S. L. | Willer, Cristen J. | Tse, Hung-Fat | Gao, Wei\n11. The p53-induced lincRNA-p21 derails somatic cell reprogramming by sustaining H3K9me3 and CpG methylation at pluripotency gene promoters Bao, Xichen | Wu, Haitao | Zhu, Xihua | Guo, Xiangpeng | Hutchins, Andrew P | Luo, Zhiwei | Song, Hong | Chen, Yongqiang | Lai, Keyu | Yin, Menghui | Xu, Lingxiao | Zhou, Liang | Chen, Jiekai | Wang, Dongye | Qin, Baoming | Frampton, Jon | Tse, Hung-Fat | Pei, Duanqing | Wang, Huating | Zhang, Biliang | Esteban, Miguel A\nCell Research 2014;25(1):80-92.\nsomatic cell reprogramming; long noncoding RNAs; p53; lincRNA-p21; heterochromatin; H3K9 methylation; DNA methylation\n12. Altered myocardial response in patients with diabetic retinopathy: an exercise echocardiography study Zhen, Zhe | Chen, Yan | Shih, Kendrick | Liu, Ju-Hua | Yuen, Michele | Wong, David Sai-Hung | Lam, Karen Siu-Ling | Tse, Hung-Fat | Yiu, Kai-Hang\n13. Duration of dual antiplatelet therapy after drug-eluting stent implantation: Meta-analysis of large randomised controlled trials Tsoi, Man-Fung | Cheung, Ching-Lung | Cheung, Tommy Tsang | Wong, Ian Chi-Kei | Kumana, Cyrus Rustam | Tse, Hung-Fat | Cheung, Bernard Man-Yung\nScientific Reports 2015;5:13204.\nPatients receive dual antiplatelet therapy (DAPT) for 6–12 months after drug-eluting stents (DES) implantation. The efficacy and safety of prolonged DAPT has been questioned. Therefore, we performed a meta-analysis on randomised trials comparing different DAPT durations. Literature was searched on trials comparing different DAPT durations. For inclusion, reports must report frequency of cardiovascular and bleeding events. Ten trials were included. Compared to 12 months, DAPT beyond 12 months was associated with fewer myocardial infarctions (OR 0.58 95%CI: 0.40–0.84) and stent thrombosis (OR 0.35 95%CI: 0.20–0.62), but more major bleeds (OR 1.60 95%CI: 1.22–2.11) and all-cause (OR 1.30 95%CI: 1.02–1.66) mortality. There was no significant alteration in risk of stroke (OR 0.93 95%CI: 0.66–1.31) or cardiac (OR 1.12 95%CI: 0.73–1.71) mortality. Compared to less than 12 months DAPT, 12 months DAPT did not reduce risk of myocardial infarction, stent thrombosis, strokes, cardiac or all-cause mortality, but increased the risk of major bleeds (OR 1.60 95%CI: 1.22–2.11). DAPT beyond 12 months reduce risk of myocardial infarction and stent thrombosis, but there is substantial increase in major bleeding risk and all-cause mortality which need to be addressed. DAPT beyond 12 months does not appear to alter the risk of stroke.\n14. Plant Natural Products Calycosin and Gallic Acid Synergistically Attenuate Neutrophil Infiltration and Subsequent Injury in Isoproterenol-Induced Myocardial Infarction: A Possible Role for Leukotriene B4 12-Hydroxydehydrogenase? Cheng, Yuanyuan | Zhao, Jia | Tse, Hung Fat | Le, X. Chris | Rong, Jianhui\nOxidative Medicine and Cellular Longevity 2015;2015:434052.\n15. Human Ocular Epithelial Cells Endogenously Expressing SOX2 and OCT4 Yield High Efficiency of Pluripotency Reprogramming Poon, Ming-Wai | He, Jia | Fang, Xiaowei | Zhang, Zhao | Wang, Weixin | Wang, Junwen | Qiu, Fangfang | Tse, Hung-Fat | Li, Wei | Liu, Zuguo | Lian, Qizhou\nPLoS ONE 2015;10(7):e0131288.\n16. Impact of Antithrombotic Therapy in Atrial Fibrillation on the Presentation of Coronary Artery Disease Chan, Pak Hei | Li, Wen Hua | Hai, Jo Jo | Tse, Hung Fat | Siu, Chung Wah\nPLoS ONE 2015;10(6):e0131479.\nWe studied 7,526 Chinese patients diagnosed with non-valvular atrial fibrillation and no documented history of coronary artery disease. The primary endpoint was the new occurrence of coronary artery disease—either stable coronary artery disease or acute coronary syndrome. After a mean follow-up of 3.2±3.5 years (24,071 patient-years), a primary endpoint occurred in 987 patients (13.1%). The overall annual incidence of coronary artery disease was 4.10%/year. No significant differences in age, sex, and mean CHA2DS2-VASc score were observed between patients with and without the primary endpoint. When stratified according to the antithrombotic strategies applied for stroke prevention, the annual incidence of coronary artery disease was 5.49%/year, 4.45%/year and 2.16%/year respectively in those prescribed no antithrombotic therapy, aspirin, and warfarin. Similar trends were observed in patients with acute coronary syndromes. Diabetes mellitus, smoking history and renal failure requiring dialysis were predictors for primary endpoint in all antithrombotic therapies.\nIn patients with non-valvular atrial fibrillation, there is a modest association with coronary artery disease. Patients prescribed warfarin had the lowest risk of new onset coronary artery disease.\n17. Potent Paracrine Effects of human induced Pluripotent Stem Cell-derived Mesenchymal Stem Cells Attenuate Doxorubicin-induced Cardiomyopathy Zhang, Yuelin | Liang, Xiaoting | Liao, Songyan | Wang, Weixin | Wang, Junwen | Li, Xiang | Ding, Yue | Liang, Yingmin | Gao, Fei | Yang, Mo | Fu, Qingling | Xu, Aimin | Chai, Yuet-Hung | He, Jia | Tse, Hung-Fat | Lian, Qizhou\nScientific Reports 2015;5:11235.\nTransplantation of bone marrow mesenchymal stem cells (BM-MSCs) can protect cardiomyocytes against anthracycline-induced cardiomyopathy (AIC) through paracrine effects. Nonetheless the paracrine effects of human induced pluripotent stem cell-derived MSCs (iPSC-MSCs) on AIC are poorly understood. In vitro studies reveal that doxorubicin (Dox)-induced reactive oxidative stress (ROS) generation and cell apoptosis in neonatal rat cardiomyocytes (NRCMs) are significantly reduced when treated with conditioned medium harvested from BM-MSCs (BM-MSCs-CdM) or iPSC-MSCs (iPSC-MSCs-CdM). Compared with BM-MSCs-CdM, NRCMs treated with iPSC-MSCs-CdM exhibit significantly less ROS and cell apoptosis in a dose-dependent manner. Transplantation of BM-MSCs-CdM or iPSC-MSCs-CdM into mice with AIC remarkably attenuated left ventricular (LV) dysfunction and dilatation. Compared with BM-MSCs-CdM, iPSC-MSCs-CdM treatment showed better alleviation of heart failure, less cardiomyocyte apoptosis and fibrosis. Analysis of common and distinct cytokines revealed that macrophage migration inhibitory factor (MIF) and growth differentiation factor-15 (GDF-15) were uniquely overpresented in iPSC-MSC-CdM. Immunodepletion of MIF and GDF-15 in iPSC-MSCs-CdM dramatically decreased cardioprotection. Injection of GDF-15/MIF cytokines could partially reverse Dox-induced heart dysfunction. We suggest that the potent paracrine effects of iPSC-MSCs provide novel “cell-free” therapeutic cardioprotection against AIC, and that MIF and GDF-15 in iPSC-MSCs-CdM are critical for these enhanced cardioprotective effects.\n18. Multipotent (adult) and pluripotent stem cells for heart regeneration: what are the pros and cons? Liao, Song-Yan | Tse, Hung-Fat\nStem Cell Research & Therapy 2013;4(6):151.\nHeart failure after myocardial infarction is the leading cause of mortality and morbidity worldwide. Existing medical and interventional therapies can only reduce the loss of cardiomyocytes during myocardial infarction but are unable to replenish the permanent loss of cardiomyocytes after the insult, which contributes to progressive pathological left ventricular remodeling and progressive heart failure. As a result, cell-based therapies using multipotent (adult) stem cells and pluripotent stem cells (embryonic stem cells or induced pluripotent stem cells) have been explored as potential therapeutic approaches to restore cardiac function in heart failure. Nevertheless, the optimal cell type with the best therapeutic efficacy and safety for heart regeneration is still unknown. In this review, the potential pros and cons of different types of multipotent (adult) stem cells and pluripotent stem cells that have been investigated in preclinical and clinical studies are reviewed, and the future perspective of stem cell-based therapy for heart regeneration is discussed.\n19. Hypoadiponectinemia As an Independent Predictor for the Progression of Carotid Atherosclerosis: A 5-Year Prospective Study Hui, Elaine | Xu, Aimin | Chow, Wing-Sun | Lee, Paul C.H. | Fong, Carol H.Y. | Cheung, Stephen C.W. | Tse, Hung Fat | Chau, Ming-Tak | Cheung, Bernard M.Y. | Lam, Karen S.L.\n20. Clinical Potentials of Cardiomyocytes Derived from Patient-Specific Induced Pluripotent Stem Cells Ng, Kwong-Man | Law, Cheuk-Yiu | Tse, Hung-Fat\nJournal of Clinical Medicine 2014;3(4):1105-1123.\npatient-specific-iPSCs-derived cardiomyocytes; regenerative medicine; modeling of inherited cardiac disorder; drug testing; toxicology studies\n21. Continuation of Dabigatran Therapy in “Real-World” Practice in Hong Kong Ho, Mei Han | Ho, Chi Wai | Cheung, Emmanuel | Chan, Pak Hei | Hai, Jo Jo | Chan, Koon Ho | Chan, Esther W. | Leung, Gilberto Ka Kit | Tse, Hung Fat | Siu, Chung Wah\n22. Androgen Deprivation Therapy and Cardiovascular Risk in Chinese Patients with Nonmetastatic Carcinoma of Prostate Huang, Gang | Yeung, Chun-Yip | Lee, Ka Kui | Liu, Jianxiong | Ho, Kwan Lun | Yiu, Ming-Kwong | Lam, Karen Siu-Ling | Tse, Hung-Fat | Yau, Thomas | Siu, Chung-Wah\n23. Predictive value of high-sensitivity troponin-I for future adverse cardiovascular outcome in stable patients with type 2 diabetes mellitus Yiu, Kai-Hang | Lau, Kui-Kai | Zhao, Chun-Ting | Chan, Yap-Hang | Chen, Yan | Zhen, Zhe | Wong, Arthur | Lau, Chu-Pak | Tse, Hung-Fat\n24. Mesenchymal Stem Cells Modulate Albumin-Induced Renal Tubular Inflammation and Fibrosis Wu, Hao Jia | Yiu, Wai Han | Li, Rui Xi | Wong, Dickson W. L. | Leung, Joseph C. K. | Chan, Loretta Y. Y. | Zhang, Yuelin | Lian, Qizhou | Lin, Miao | Tse, Hung Fat | Lai, Kar Neng | Tang, Sydney C. W.\nPLoS ONE 2014;9(3):e90883.\nBone marrow-derived mesenchymal stem cells (BM-MSCs) have recently shown promise as a therapeutic tool in various types of chronic kidney disease (CKD) models. However, the mechanism of action is incompletely understood. As renal prognosis in CKD is largely determined by the degree of renal tubular injury that correlates with residual proteinuria, we hypothesized that BM-MSCs may exert modulatory effects on renal tubular inflammation and epithelial-to-mesenchymal transition (EMT) under a protein-overloaded milieu. Using a co-culture model of human proximal tubular epithelial cells (PTECs) and BM-MSCs, we showed that concomitant stimulation of BM-MSCs by albumin excess was a prerequisite for them to attenuate albumin-induced IL-6, IL-8, TNF-α, CCL-2, CCL-5 overexpression in PTECs, which was partly mediated via deactivation of tubular NF-κB signaling. In addition, albumin induced tubular EMT, as shown by E-cadherin loss and α-SMA, FN and collagen IV overexpression, was also prevented by BM-MSC co-culture. Albumin-overloaded BM-MSCs per se retained their tri-lineage differentiation capacity and overexpressed hepatocyte growth factor (HGF) and TNFα-stimulating gene (TSG)-6 via P38 and NF-κB signaling. Albumin-induced tubular CCL-2, CCL-5 and TNF-α overexpression were suppressed by recombinant HGF treatment, while the upregulation of α-SMA, FN and collagen IV was attenuated by recombinant TSG-6. Neutralizing HGF and TSG-6 abolished the anti-inflammatory and anti-EMT effects of BM-MSC co-culture in albumin-induced PTECs, respectively. In vivo, albumin-overloaded mice treated with mouse BM-MSCs had markedly reduced BUN, tubular CCL-2 and CCL-5 expression, α-SMA and collagen IV accumulation independent of changes in proteinuria. These data suggest anti-inflammatory and anti-fibrotic roles of BM-MSCs on renal tubular cells under a protein overloaded condition, probably mediated via the paracrine action of HGF and TSG-6.\n25. Worsened arterial stiffness in high-risk cardiovascular patients with high habitual carbohydrate intake: a cross-sectional vascular function study Chan, Hiu-Ting | Chan, Yap-Hang | Yiu, Kai Hang | Li, Sheung-Wai | Tam, Sidney | Lau, Chu-Pak | Tse, Hung-Fat


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url: =The effect of pulsed electrical magnetic fields(PEMFs) plus calcium for treating osteoporosis--《中国临床保健杂志》2004年01期\nThe effect of pulsed electrical magnetic fields(PEMFs) plus calcium for treating osteoporosis\nWANG Yuying,LI Sumei,WU Min.(Department of Rehabilitation Medicine,Anhui Provincial Hospital,Hefei,230001,China)\nObjective To investigate the effect of pulsed electrical magnetic fields(PEMFs) for treating osteoporosis.Methods 20 patients with postmenopausal osteoporosis were treated by PEMFs(one hour a day for 30 times during fifty days) pulse calcium,the clinical symptoms and the bone mineral density were observed at the fiftieth day and the sixth month after treatment.Results Bone mineral density increased to 0.048g/cm 2 and 0.083g/cm 2 at the fiftieth day and the sixth months after treatment in PEMFs treated patients,respectively,the pain improved in all of patients.Conclusion PEMFs therapy may alleviate the pain of patients with osteoporosis and improve their life qualities,the bone mineral density also increase to a certain extent.\n2 YANG Lixia,ZHOU Xiangang,YANG Chuang The People's Hospital of Sichuan Longchang, Sichuan,642150;A meta-analysis of pulsed electromagnetic fields for osteoporosis[J];Chinese Journal of Rehabilitation Medicine;2005-09\n2 Li ZongShan;The Initial Survey of the Course of Piriformis Syndrome in 16 Cases and Investigation into the Curatine Effect of Massage[J];JOURNAL OF BEIJING TEACHERS COLLEGE OF PHYSICAL EDUEATION;2000-03\n3 LI Tian-cai,CHEN Gui-chen (Northwest Plateau Institute of Biology,The Chinese Academy of Sciences,Xining 810001,China);Study on the Effect of Trace Elements in Jiangu Capsule to Femur of Experimental Mouse[J];Trace Elements Science;2004-06\n4 ;Discussion on the Relationship between Renal Deficiency Blood Stasis and Postmenopausal Osteoporosis[J];Guiding Journal of TCM;2006-10\n5 MA Xue-jun (Department of Physical Education, Qufu Teachers Univ., Qufu 273165, Shandong, China);The effects of passive movement and electrical stimulation on the IGF-1, BAKP and TRAP concentration of denervated rats bone[J];Journal of Shandong University(Natural Science);2005-04\n6 ZHANG Yi-shan (Orthopedics Hospital of Zhengzhou City,Zhengzhou 450052,He'nan,China);Observation on Therapeutic Effect of Treating Osteoporosis with Impulsive Electromagnetic Field[J];Progress in Modern Biomedicine;2006-09\n7 ZHANG Xiao-dong (Benxi Hospital of Traditional Chinese Medicine,Benxi 117000,Liaoning,China);Acupuncture Combined with Traditional Chinese Medicine Treat Primary Osteoporosis[J];Journal of Practical Traditional Chinese Internal Medicine;2011-10\n8 GUO Bangfu1,LUO Jiang1,SHAO Min2,LIU Qingsi2(1.Longjiang Hospial of Shunde District,Foshan 528318 Guangdong,China;2.Orthopedics & Traumatology Hospital Affiliated to Guangzhou University of Chinese Medicine,Guangzhou 510240 Guangdong,China);Effect of Serum Containing Chinese Medicine Gukang on OPG and RANKL mRNA Expression in In-vitro Cultured Human Osteoblasts[J];Journal of Guangzhou University of Traditional Chinese Medicine;2012-04\n9 LUAN TU;WEI Silai;Liaoning University of Traditional Chinese Medicine;;The Present Treatment Situation for Idiopathic Adolescent or Adult Osteoporosis[J];Journal of Practical Traditional Chinese Internal Medicine;2013-12\n10 LIN Xiaoguang;ZENG Zhenming;PAN Guoquan;;Clinical Observation of Wenyang Bushen Decoction for Treatment of Senile Osteoporosis with Kidney Yang Deficiency:A Report of 42 Cases[J];Journal of New Chinese Medicine;2013-12\n1 DAI Ping(Department of Orthopaedics,Fuyong Hospital of Baoan District,Shenzhen 518103,China);Biological Characteristics of Bone Marrow Stromal Cells Obtained from Osteoporotic Patients in vitro[J];Journal of Clinical Research;2007-12\n2 HE Yong,LIU Shuqin,WANG Changjiang,JIA Jinghua,WANG Youmin,ZHANG Qiu,PAN Tianrong(Department of Endocrinology,The First Affiliated Hospital,Anhui Medical University,Hefei 230022,China);Effects of interleukin-6、tumor necrosis factor alpha on the pathogenesis of postmenopausal osteoporosis[J];Chinese Journal of Clinical Healthcare;2007-01\n3 Zhang Hong-xia,Sun Xin,Liu Nai-ying (Affiliated Shandong Provincial Hospital to Shandong University,Jinan Shandong 250021,China);Analysis of the therapeutic effect of salmon calcitonin combined with nursing intervention in the treatment of 60 cases of senile osteoporosis[J];Journal of Qilu Nursing;2010-28\n4 JING Ai-ping ,HUANG Wei-zu ,LI Ying ,et al.Beijing Geriatrics Hospital,Beijing 100095,China;A clinical study: PEMFS as therapeutic method for osteoporosis[J];Modern Rehabilitation;2001-24\n5 Huang Shu, Meng Ping, Cai HongweiHuang Shu,Meng Ping,Cai Hongwei,Department of Endocrine,Xi'nan Hospital,Third Military Medical University,Chongqing 400038,China;Association of estrogen and electromagnetic fields treating postmenopausal osteoporosis[J];Modern Rehabilitation;2003-09\n6 Yu Lei,Luo Erping,Shen Guanghao,Han Lihua,Wu Xiaoming;Effect of pulsing electromagnetic fields on treatment of osteoporosis[J];Modern Rehabilitation;2003-12\n7 Bing Chen, You- Zhao Jiang,Ping Wan,Hong- Wei Cai,Sha Liu, Xiu Huang, Fu- Hua Wang Bing Chen,You- Zhao Jiang,Ping Wan,Hong- Wei Cai,Sha Liu,Xiu Huang, Fu- H ua Wang,Department of Endocrinology,Southwest Hospital,Third Military Medical Un iversity,Chongqing 400038,China;Improving effect of pulse electromagnetic field on the bone mineral density and low back pain in patients with postmenopausal osteoporosis[J];Chinese Journal of Clinical Rehabilitation;2004-03\n8 Jian Ting Chen,Xiao Yun Tan,Chun Lu Yang,Huan Zhang Tang,Da Di Jin Jian Ting Chen,Xiao Yun Tan,Chun Lu Yang,Huan Zhang Tang,Da Di Jin,Department of Spine and Osteopathy,Nanfang Hospital,First Military Medical University,Guangzhou 510515,Guangdong Province,China;Influence of the pulsed electric magnetic field on cell membrane potential and calcium ions of osteoblast in the osteoblast osteoclast co-culture system[J];Chinese Journal of Clinical Rehabilitation;2004-05\n9 Kan Da Gao1,Yong Lin Yu1, Da Yu Kuai2, Jian Wei Zhou1, Yun Lu2 ,Department of Orthopaedics,2 Department of Nuclear Medicine, Affiliated Huashan Hospital of Fudan University, Shanghai 20040 China;Effects of low frequency pulsed electromagnetic fields on pain,bone mineral density and biomarkers of bone in patients with primary osteoporosis[J];Chinese Journal of Clinical Rehabilitation;2004-27\n10 Xie Jing,Shen Lin,Zhou Piqi,et al. (Union Hospitl,Tongji Medical University,Wuhan\_ 430022);Clinical trials of Alendronate in treatment of male osteoporosis[J];CHINESE JOURNAL OF OSTEOPOROSIS;2000-04\n1 ZENG Zhao-chi,ZHOU Guo-he,WANG Kai,et al(Department of Orthopaedics,169 Hospital of PLA,Hengyang 421002,China);Arthroscopic Reconstruction of Posterior Cruciate Ligament with Double-bundle Hamstring Tendons via Double-tunnel in Femoral[J];Journal of Clinical Research;2008-12\n2 YANG Ji-qing1,SHANG Xi-fu1,JIANG He-ming2,ZHANG Guo-yue2(1.Department of Orthopaedics,Anhui Provincial Hospital,Hefei 230001,China.2.Dongzhi Hospital of TCM,Chizhou);Comparison of the curative effect between surgical and non-surgical treatment for proximal humeral fractures[J];Chinese Journal of Clinical Healthcare;2008-04\n3 Xia Xin- shu;Li Xiao-hong;Lin Hai-dan;First affiliated hospital of chongqing medical university;;Low frequency pulse electromagnetic field in the treatment of osteoporosis clinical study of pain[J];Laser Journal;2014-01\n4 JIN Shao-lin1,ZHOU Yun2(1.Department of Orthopedics,Anhui Province Red Cross Tongling Hospital,Tongling 244000,Anhui,China;2.Department of Orthopaedics,The Second Hospital of Anhui Medical University,Hefei 230601,Anhui,China);Progress in application of magnetic fields in modern orthopaedic areas[J];Biomedical Engineering and Clinical Medicine;2011-06\n5 Jing Jianling,Xia Hai'ou,Fan Yajing,et al(Nursing College of Tianjin Medical University,Tianjin 300070 China);Influence of calcium nutrition guidance on Calcium-rich diet and bone health of pregnant women[J];Chinese Nursing Research;2012-10\n6 YANG Lin, LEI Zhongjie, HE Chengqi. Rehabilitation Department, Huaxi Hospital of Sichuan University, Chengdu 610041, China;Clinical observation of low-frequency pulse electromagnetic field on treatment of osteoporosis[J];Chinese Journal of Osteoporosis;2006-06\n7 PENG Tao, LIU Jianqin, QI Kun, et al. Department of Rheumatology, Wuhan Hankou Hospital, Hubei 430010, China;Measurement of bone mineral density by DEXA and prevalence rate of osteoporosis in male locomotive drivers in Hubei district[J];Chinese Journal of Osteoporosis;2008-02\n8 JING Jian-ling,XIA Hai-ou,FAN Ya-jing,GAO Jian School of Nursing,Fudan University,Shanghai,200032,China;Effects of calcium nutrition guidance on dietary calcium intake and bone health of pregnant women[J];Chinese Journal of Nursing;2010-06\n1 LU Ting－ren.Beijing Ji Shui Tan Hospital, Beijing 100035, China;Prevention and rehabilitation of fracture after osteoporosis[J];Modern Rehabilitation;2001-08\n2 JING Ai-ping ,HUANG Wei-zu ,LI Ying ,et al.Beijing Geriatrics Hospital,Beijing 100095,China;A clinical study: PEMFS as therapeutic method for osteoporosis[J];Modern Rehabilitation;2001-24\n3 Zhang Xiaoyun,Luo Zhenguo,Ma Yongjian,et al.Department of Biomedical Engineer,Shenzhen University,Shenzhen 518060;Influence of Magnetic Field on Plasma Beta endorphin[J];Chinese Journal of Physical Medicine;1998-03


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url: =Tianyu Wang; Dimitre G. Ouzounov; Mengran Wang; Danielle Feng; Jean C. Cruz-Hernandez; Jacob Reimer; Andreas Tolias; Nozomi Nishimura; Chris Xu\nTianyu Wang , Dimitre G. Ouzounov , Mengran Wang , Danielle Feng , Jean C. Cruz-Hernandez\nJacob Reimer , Andreas Tolias\nNozomi Nishimura , Chris Xu\nTianyu Wang, Tianyu Wang, Dimitre G. Ouzounov, Dimitre G. Ouzounov, Mengran Wang, Mengran Wang, Danielle Feng, Danielle Feng, Jean C. Cruz-Hernandez, Jean C. Cruz-Hernandez, Jacob Reimer, Jacob Reimer, Andreas Tolias, Andreas Tolias, Nozomi Nishimura, Nozomi Nishimura, Chris Xu, Chris Xu, } "In vivo three-photon activity imaging of GCaMP6-labeled neurons in deep cortex and the hippocampus of the mouse brain", Proc. SPIE 10069, Multiphoton Microscopy in the Biomedical Sciences XVII, 100692L (2 March 2017); doi: 10.1117/12.2251220; https://doi.org/10.1117/12.2251220\nTianyu Wang, Dimitre G. Ouzounov, Mengran Wang, Danielle Feng, Jean C. Cruz-Hernandez, Jacob Reimer, Andreas Tolias, Nozomi Nishimura, Chris Xu, "In vivo three-photon activity imaging of GCaMP6-labeled neurons in deep cortex and the hippocampus of the mouse brain," Proc. SPIE 10069, Multiphoton Microscopy in the Biomedical Sciences XVII, 100692L (2 March 2017);


url:
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\nData Citation of the Work 0-4sui de er yu qian neng kai fa bao dian


url: =Interactive display of the license plate with 8LZUB - Page 9.\nThe Vehicle with number start 8LZUB [2012 Opel Zafira] was spotted in Raleigh ( North Carolina) at August 10, 2019, 9:50 pm\nThe car with the number start 8LZUB [2013 Volvo V70] was in Washington ( District of Columbia) at August 13, 2019, 6:19 pm\nCar with the number of start 8LZUB [2012 Ford Fiesta] been in Minneapolis ( Minnesota) at August 9, 2019, 1:55 am\nThe Vehicle with number start 8LZUB [2012 Fiat Bravo] was in Santa Fe ( New Mexico) at August 10, 2019, 4:57 am\nCar with the number of start 8LZUB [2012 Opel Corsa] been in Harrisburg ( Pennsylvania) at August 11, 2019, 9:47 pm\nA car with the number of start 8LZUB [2011 Toyota Yaris] was in Detroit ( Michigan) at August 5, 2019, 7:40 pm\nCar with the number of start 8LZUB [2015 Ford Focus C-Max] been in Hartford ( Connecticut) at August 8, 2019, 7:52 pm\nCar with the number of start 8LZUB [2015 Seat Exeo] was in Indianapolis ( Indiana) at July 27, 2019, 3:51 pm\nA car with the number of start 8LZUB [2015 Suzuki Grand Vitara] was in Juneau ( Alaska) at August 11, 2019, 10:40 am\nThe car with the number start 8LZUB [2012 Dacia Sandero] was in Atlanta ( Georgia) at August 14, 2019, 6:53 am\nOn our interactive display all the data is displayed with a lag time of at least 24 hours, so as not to inform the unscrupulous people about any movements of license plates 8LZUB to violate the law. We created this site to inform you about the movement of a variety of people across the country.\n8LZUB 8 LZU 8-LZU 8L ZU 8L-ZU 8LZ U 8LZ-U\n8LZUBYC 8LZUBY7 8LZUBY8 8LZUBYT 8LZUBYK 8LZUBYI 8LZUBY4 8LZUBY5 8LZUBY3 8LZUBYV 8LZUBYJ 8LZUBYW 8LZUBYN 8LZUBYS 8LZUBYD 8LZUBYE 8LZUBYX 8LZUBYZ 8LZUBYG 8LZUBYF 8LZUBY6 8LZUBYU 8LZUBYH 8LZUBY2 8LZUBY0 8LZUBY1 8LZUBYA 8LZUBYL 8LZUBYM 8LZUBYR 8LZUBYB 8LZUBYO 8LZUBYY 8LZUBYP 8LZUBY9 8LZUBYQ\n8LZUBPC 8LZUBP7 8LZUBP8 8LZUBPT 8LZUBPK 8LZUBPI 8LZUBP4 8LZUBP5 8LZUBP3 8LZUBPV 8LZUBPJ 8LZUBPW 8LZUBPN 8LZUBPS 8LZUBPD 8LZUBPE 8LZUBPX 8LZUBPZ 8LZUBPG 8LZUBPF 8LZUBP6 8LZUBPU 8LZUBPH 8LZUBP2 8LZUBP0 8LZUBP1 8LZUBPA 8LZUBPL 8LZUBPM 8LZUBPR 8LZUBPB 8LZUBPO 8LZUBPY 8LZUBPP 8LZUBP9 8LZUBPQ\n8LZUB9C 8LZUB97 8LZUB98 8LZUB9T 8LZUB9K 8LZUB9I 8LZUB94 8LZUB95 8LZUB93 8LZUB9V 8LZUB9J 8LZUB9W 8LZUB9N 8LZUB9S 8LZUB9D 8LZUB9E 8LZUB9X 8LZUB9Z 8LZUB9G 8LZUB9F 8LZUB96 8LZUB9U 8LZUB9H 8LZUB92 8LZUB90 8LZUB91 8LZUB9A 8LZUB9L 8LZUB9M 8LZUB9R 8LZUB9B 8LZUB9O 8LZUB9Y 8LZUB9P 8LZUB99 8LZUB9Q\n8LZUBQC 8LZUBQ7 8LZUBQ8 8LZUBQT 8LZUBQK 8LZUBQI 8LZUBQ4 8LZUBQ5 8LZUBQ3 8LZUBQV 8LZUBQJ 8LZUBQW 8LZUBQN 8LZUBQS 8LZUBQD 8LZUBQE 8LZUBQX 8LZUBQZ 8LZUBQG 8LZUBQF 8LZUBQ6 8LZUBQU 8LZUBQH 8LZUBQ2 8LZUBQ0 8LZUBQ1 8LZUBQA 8LZUBQL 8LZUBQM 8LZUBQR 8LZUBQB 8LZUBQO 8LZUBQY 8LZUBQP 8LZUBQ9 8LZUBQQ\n8LZU BYC 8LZU BY7 8LZU BY8 8LZU BYT 8LZU BYK 8LZU BYI 8LZU BY4 8LZU BY5 8LZU BY3 8LZU BYV 8LZU BYJ 8LZU BYW 8LZU BYN 8LZU BYS 8LZU BYD 8LZU BYE 8LZU BYX 8LZU BYZ 8LZU BYG 8LZU BYF 8LZU BY6 8LZU BYU 8LZU BYH 8LZU BY2 8LZU BY0 8LZU BY1 8LZU BYA 8LZU BYL 8LZU BYM 8LZU BYR 8LZU BYB 8LZU BYO 8LZU BYY 8LZU BYP 8LZU BY9 8LZU BYQ\n8LZU BPC 8LZU BP7 8LZU BP8 8LZU BPT 8LZU BPK 8LZU BPI 8LZU BP4 8LZU BP5 8LZU BP3 8LZU BPV 8LZU BPJ 8LZU BPW 8LZU BPN 8LZU BPS 8LZU BPD 8LZU BPE 8LZU BPX 8LZU BPZ 8LZU BPG 8LZU BPF 8LZU BP6 8LZU BPU 8LZU BPH 8LZU BP2 8LZU BP0 8LZU BP1 8LZU BPA 8LZU BPL 8LZU BPM 8LZU BPR 8LZU BPB 8LZU BPO 8LZU BPY 8LZU BPP 8LZU BP9 8LZU BPQ\n8LZU B9C 8LZU B97 8LZU B98 8LZU B9T 8LZU B9K 8LZU B9I 8LZU B94 8LZU B95 8LZU B93 8LZU B9V 8LZU B9J 8LZU B9W 8LZU B9N 8LZU B9S 8LZU B9D 8LZU B9E 8LZU B9X 8LZU B9Z 8LZU B9G 8LZU B9F 8LZU B96 8LZU B9U 8LZU B9H 8LZU B92 8LZU B90 8LZU B91 8LZU B9A 8LZU B9L 8LZU B9M 8LZU B9R 8LZU B9B 8LZU B9O 8LZU B9Y 8LZU B9P 8LZU B99 8LZU B9Q\n8LZU BQC 8LZU BQ7 8LZU BQ8 8LZU BQT 8LZU BQK 8LZU BQI 8LZU BQ4 8LZU BQ5 8LZU BQ3 8LZU BQV 8LZU BQJ 8LZU BQW 8LZU BQN 8LZU BQS 8LZU BQD 8LZU BQE 8LZU BQX 8LZU BQZ 8LZU BQG 8LZU BQF 8LZU BQ6 8LZU BQU 8LZU BQH 8LZU BQ2 8LZU BQ0 8LZU BQ1 8LZU BQA 8LZU BQL 8LZU BQM 8LZU BQR 8LZU BQB 8LZU BQO 8LZU BQY 8LZU BQP 8LZU BQ9 8LZU BQQ\n8LZU-BYC 8LZU-BY7 8LZU-BY8 8LZU-BYT 8LZU-BYK 8LZU-BYI 8LZU-BY4 8LZU-BY5 8LZU-BY3 8LZU-BYV 8LZU-BYJ 8LZU-BYW 8LZU-BYN 8LZU-BYS 8LZU-BYD 8LZU-BYE 8LZU-BYX 8LZU-BYZ 8LZU-BYG 8LZU-BYF 8LZU-BY6 8LZU-BYU 8LZU-BYH 8LZU-BY2 8LZU-BY0 8LZU-BY1 8LZU-BYA 8LZU-BYL 8LZU-BYM 8LZU-BYR 8LZU-BYB 8LZU-BYO 8LZU-BYY 8LZU-BYP 8LZU-BY9 8LZU-BYQ\n8LZU-BPC 8LZU-BP7 8LZU-BP8 8LZU-BPT 8LZU-BPK 8LZU-BPI 8LZU-BP4 8LZU-BP5 8LZU-BP3 8LZU-BPV 8LZU-BPJ 8LZU-BPW 8LZU-BPN 8LZU-BPS 8LZU-BPD 8LZU-BPE 8LZU-BPX 8LZU-BPZ 8LZU-BPG 8LZU-BPF 8LZU-BP6 8LZU-BPU 8LZU-BPH 8LZU-BP2 8LZU-BP0 8LZU-BP1 8LZU-BPA 8LZU-BPL 8LZU-BPM 8LZU-BPR 8LZU-BPB 8LZU-BPO 8LZU-BPY 8LZU-BPP 8LZU-BP9 8LZU-BPQ\n8LZU-B9C 8LZU-B97 8LZU-B98 8LZU-B9T 8LZU-B9K 8LZU-B9I 8LZU-B94 8LZU-B95 8LZU-B93 8LZU-B9V 8LZU-B9J 8LZU-B9W 8LZU-B9N 8LZU-B9S 8LZU-B9D 8LZU-B9E 8LZU-B9X 8LZU-B9Z 8LZU-B9G 8LZU-B9F 8LZU-B96 8LZU-B9U 8LZU-B9H 8LZU-B92 8LZU-B90 8LZU-B91 8LZU-B9A 8LZU-B9L 8LZU-B9M 8LZU-B9R 8LZU-B9B 8LZU-B9O 8LZU-B9Y 8LZU-B9P 8LZU-B99 8LZU-B9Q\n8LZU-BQC 8LZU-BQ7 8LZU-BQ8 8LZU-BQT 8LZU-BQK 8LZU-BQI 8LZU-BQ4 8LZU-BQ5 8LZU-BQ3 8LZU-BQV 8LZU-BQJ 8LZU-BQW 8LZU-BQN 8LZU-BQS 8LZU-BQD 8LZU-BQE 8LZU-BQX 8LZU-BQZ 8LZU-BQG 8LZU-BQF 8LZU-BQ6 8LZU-BQU 8LZU-BQH 8LZU-BQ2 8LZU-BQ0 8LZU-BQ1 8LZU-BQA 8LZU-BQL 8LZU-BQM 8LZU-BQR 8LZU-BQB 8LZU-BQO 8LZU-BQY 8LZU-BQP 8LZU-BQ9 8LZU-BQQ


url: =Spectrum Estimation of Harmonics and Interharmonics Based on Prony Algorithm--《Transactions of China Electrotechnical Society》2005年10期\n《Transactions of China Electrotechnical Society》 2005-10\nSpectrum Estimation of Harmonics and Interharmonics Based on Prony Algorithm\nDing Yifeng1 Cheng Haozhong1 Lü Ganyun1 Zhan Yong1 Sun Yibin2 Lu Rong2 (1.Shanghai Jiaotong University Shanghai 200030 China 2.Shanghai Urban Power Supply Company Shanghai 200080 China)\nIn power system, it is especially important for power quality to identify all modes of harmonics and interharmonics. A signal decomposition algorithm based on the Prony method is presented on the basis of interharmonic characteristics combining the exponential transform in time-frequency domain with the description of transient signal characteristic. The Prony analysis method can estimate all kinds of components characteristic, such as frequency, phase and magnitude, and produce high-accuracy fitting by least-square method. The experiment results of the arc furnace system prove that the Prony method can provide effective and accurate results in the analysis of harmonics and interharmonics.\n1 WEI Xiao-pu, XU Yong-hai, XIAO Xiang-ning(School of Electrical and Electronic Engineering, North China Electric Power University, Beijing 102206, China);Survey on Methods for Measurement of Voltage Fluctuations and Flicker[J];Electrical Measurement & Instrumentation;2009-04\n2 XIONG Jie-feng1,2,WANG Bo-lin2,SUN Yan3 (1. College of Electronic and Information Engineering,Nanjing University of Information Science and Technology,Nanjing 210044,China. 2. College of Electric Engineering,Hohai University,Nanjin 210098,China. 3. Jiangsu Local Taxation Bureau,Nanjing 210024,China);The Rank-decision Equality of Singular Value and Eigen Value Decomposition for Harmonics Analysis[J];Electrical Measurement & Instrumentation;2009-07\n3 L Fangcheng Xu Zhiniu Li Heming (North China Electric Power University Baoding 071003 China);An Algorithm With Coarse Adjustment and Fine Adjustment for Power System Harmonics Analysis[J];Transactions of China Electrotechnical Society;2007-06\n4 Gao Peisheng1 Gu Xiangwen2 Wu Weilin1 (1. Zhejiang University Hangzhou 310027 China 2. Zhuzhou Electric Power Bureau Zhuzhou 412000 China);Harmonic and Interharmonic Spectrum Estimation Based on Root-MUSIC and GA[J];Transactions of China Electrotechnical Society;2008-06\n5 JIN Guo-bin1,LI Ling1,LI Tian-yun2,HUANG Shao-ping1(1.Department of Electrical and Information Engineering,Hunan Institute of Engineering,Xiangtan 411104,China;2.Electric Engineering Department,Northeast China Dianli University,Jilin 132012,China);Novel Method of High-accuracy Detection for Interharmonics[J];Proceedings of the Chinese Society of Universities for Electric Power System and its Automation;2009-02\n6 ZHANG Yu-hui,HE Jian-wei,LI Tian-yun,XIE Jia-an (School of Electrical Engineering,Northeast Dianli University,Jilin 132012,Jilin Province,China);A New Method to Detect Harmonics and Inter-Harmonics Based on Mathematical Morphology and Hilbert-Huang Transform[J];Power System Technology;2008-17\n7 JIN Guo-bin,LI Ling,HUANG Shao-ping(Dept.of Elect.and Information Eng.,Hunan Institute of Engineering,Xiangtan 411101,China);A New Method of Inter-harmonics Analysis Based on Ridges of Time-frequency Plain[J];Journal of Hunan Institute of Engineering(Natural Science Edition);2008-02\n8 LI Ling,JIN Guo-bin,HUANG Shao-ping(Hunan Institute of Engineering,Xiangtan 411104,China);Power Quality Disturbances Detection Based on Ridges of Time-frequency Plain[J];High Voltage Engineering;2008-04\n9 LIU Kai-pei1, MA Bing-wei1, ZHOU Li1, WANG Bo2, ZHENG Wei-dong2, SHI Hong-bin2(1. School of Electrical Engineering Wuhan University, Wuhan 430072, China; 2. Nanyang Power Supply Company, Nanyang 473000, China);Detection Method of Interharmonics Based on Improved Cohen Time-frequency Distribution[J];High Voltage Engineering;2008-09\n10 MA Bing-wei1,ZHOU Li2(1.School of Electrical Engineering,Wuhan University,Wuhan 430072,China;2.Guangdong Province Zhaoqing Power Supply Company,Zhaoqing 526060,China);Interharmonics Detection Based on TLS-ESPRIT and SVM Algorithm[J];High Voltage Engineering;2009-06\n3 WANG Yang, WANG Ning-hui (Department of Electrical Appliances and Applied Electronics, Dalian University of Technology, Dalian 116023, China);STUDY ON ANALYZING ELECTROSTATIC PRECIPITATOR DISCHARGE SIGNAL BASED ON THE PRONY METHOD[J];Proceedings of the Csee;2003-01\n4 Zhang Fusheng Xian Jiaotong University Xian,710049 China Geng Zhongxing Research Center for Aviation Engineering and Technology,Beijing 100076 China Ge Yaozhong Xian Jiaotong University Xian,710049 China;FFT ALGORITHM WITH HIGH ACCURACY FOR HARMONIC ANALYSIS IN POWER SYSTEM[J];Proceedings of the Csee;1999-03\n1 ZHANG Ke-jun, TANG Yong-bo (College of Electromechanical Engineering, Jiangxi University of Science & Technology, Ganzhou 341000, China);Inversed Order Algorithm of DIT-FFT Sequene[J];Ordnance Industry Automation;2005-05\n2 Wei Hong He Peikun Mao Erke Han Yueqin (Department of Electronics Engineering, Beijing Institute of Technology, Beijing100081);Signal Spectrum Estimation Based on Extending Prony Method[J];JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY;1999-02\n6 SU Shi-ping (College of Electrical and Information Engineering,Changsha University of Science and Technology 410076,China);DSP Based measuring method for transient power quality with wavelet transform[J];Journal of Electric Power Science and Technology;2007-01\n7 LI Yi-hua,LIN Wen-nan,LI Mao-jun(College of Electrical and Information Engineering,Changsha University of Science and Technology,Changsha 410076,China);Comparison between interpolating windwed FFT algorithm and wavelet transformer algorithm on the application of power system harmonics detection[J];Journal of Electric Power Science and Technology;2007-02\n8 LU Pei-bing,SU Shi-ping,LIU Gui-ying,RONG Hai-zhou,ZHENG Long(College of Electrical and Information Engineering,Changsha University of Science and Technology,Changsha 410076,China);A new power quality detection device based on embedded technique[J];Journal of Electric Power Science and Technology;2007-04\n9 TIAN Wei1,2,WANG Yun-ran3,QU Jing4(1.Northeast Dianli Universit,Jilin City,132012;2.Beihua University,Jilin City,132011;3.Beijing Communication University,Beijing,100044;4.Jilin Mechanical Industrial School,Jilin City,132012);Inter-harmonics and Sub-harmonics Parameter Evaluation on Cross-high-spectrum Based on Esprit Method[J];Journal of Northeast Dianli University;2007-02\n10 ZHANG Zhan-yi1,LIU Jie1,YING Huai-qiao2,FU Xiao3(1.School of Mechanical Engineering & Automation,Northeastern University,Shenyang 110004,China;2.China Orient Institute of Noise & Vibration,Beijing 100085,China;3.Institute of Oceanographic Instrumentation,Shandong Academy of Sciences,Qingdao 266001,China.);Research on the Order Sectioning Analysis Based on Even-Time Sampling Rate and Its Application[J];Journal of Northeastern University(Natural Science);2008-02\n1 XIONG Jie-feng1,2,WANG Bo-lin2,SUN Yan3 (1. College of Electronic and Information Engineering,Nanjing University of Information Science and Technology,Nanjing 210044,China. 2. College of Electric Engineering,Hohai University,Nanjin 210098,China. 3. Jiangsu Local Taxation Bureau,Nanjing 210024,China);The Rank-decision Equality of Singular Value and Eigen Value Decomposition for Harmonics Analysis[J];Electrical Measurement & Instrumentation;2009-07\n2 JIN Guo-bin1,LI Ling1,LI Tian-yun2,HUANG Shao-ping1(1.Department of Electrical and Information Engineering,Hunan Institute of Engineering,Xiangtan 411104,China;2.Electric Engineering Department,Northeast China Dianli University,Jilin 132012,China);Novel Method of High-accuracy Detection for Interharmonics[J];Proceedings of the Chinese Society of Universities for Electric Power System and its Automation;2009-02\n3 JIN Guobin,LI Ling,HUANG Shaoping,LI Jing (Hunan Institute of Engineering,Xiangtan 411104,China);Power system transient signal analysis based on AOK TFR[J];Electric Power Automation Equipment;2008-05\n4 SHU Hongchun1,ZHAO Wenyuan1,PENG Shixin2(1.Faculty of Electric Power Engineering,Kunming University of Science and Technology,Kunming 650051,China;2.Kunming Power Supply Bureau in Yunnan Power Grid,Kunming 650011,China);Faulty line selection based on HHT detection for hybrid distribution network[J];Electric Power Automation Equipment;2009-05\n5 LIU Pan,WANG Jing,LIU Di-chen (School of Electrical Engineering,Wuhan University,Wuhan 430072,Hubei Province,China);Design of an Improved Adaptive Generalized Morphological Filter[J];Power System Technology;2009-02\n6 DENG Shu-juan,LUO Long-fu,LI Yong,SHI Jian-feng,LIANG Ying,LEI Yuan-yuan (College of Electrical and Information Engineering,Hunan University,Changsha 410082,Hunan Province,China);Characteristic Analysis on Inter-Harmonics and Sub-Harmonics in the New Type of Industry Converting System[J];Power System Technology;2009-05\n9 LI Tao1,HE Yi-gang2(1.College of Computer Science and Communication,Hunan University,Changsha 410082,China;2.College of Electrical and Information Engineering,Hunan University,Changsha 410082,China);Hybrid Algorithm for Interharmonics Measurement Based on Supported Vector Machine and Neural Network[J];High Voltage Engineering;2008-08\n10 LIU Hui,LIU Guo-hai,SHEN Yue(School of Electrical and Information Engineering,Jiangsu University,Zhenjiang 212013,China);Novel Method for Non-integer Harmonics Measurement Using Hilbert Vibration Decomposition[J];High Voltage Engineering;2009-07\n1 Electric Power Research Institute Lin Haixue;INTERHARMONICS IN ELECTRICAL POWER SYSTEM[J];Distribution & Utilization;2001-03\n2 (Institute of Electrostatics,Northeast Normal University,Changchun 130024);STUDY ON RESTRAINING BACK CORONA OF HIGH RESTSTIVITY POWER BY V TYPE COLLECTING ELECTRODE[J];Acta Scientiae Circumstantiae;1998-05


url: =Analysis of the spatial structure of natural Sonneratia caseolaris+S.apetala forest in Futian, Shenzhen LIANG Shi chu 1, LIANG Ming zhong 1, WU Yuan ling 2, ZAN Qi jie 2, WANG Yong jun 2, XIE Qiang 1 ( 1 School of Life Sciences, Guangxi Normal University , Guilin 541004, China; 2 Neilingding Futian National Nature Reserve Bureau of Guangdong , Shenzhen 518048, China )\nPhytogeography of mosses from Shimentai Nature Reserve, Guangdong HE Zu xia 1,2 , ZHANG Li 1* ( 1 South China Botanical Garden, the Chinese Academy of Sciences , Guangzhou 510650, China; 2 College of Life Science, Hunan University of Science and Technology , Xiangtan 411201, China )\nStudies on population structure and distribution pattern of Celtis sinensis in Laoshan National Forest Park of Nanjing GAO Bang quan, ZHANG Guang fu ( College of Life Sciences, Nanjing Normal University , Nanjing 210097, China )\nWedelia trilobata——A species from introduced to potential invasive WU Yan qiong, HU Yu jia *, LIAO Fu lin ( 1 School of Life Sciences, Sun Yat sen University , Guangzhou 510275, China; 2 Biology Department of Jiaying College , Meizhou 514015, China )\nGap disturbance and forest community succession DUAN Ren yan 1,2 , WANG Xiao an 1* , WU Gan lin 2 ( 1 College of Life Science, Shaanxi Normal University , Xi’an 710062, China; 2 The Life Science Department of Anqing Teachers College , Anqing 246003, China )\nOttelia acuminata var. songmingensis,a new variety of the Hydrocharitaceae from Yunnan,China JIANG Zhu tan 1,2 , LI Heng 1, DAO Zhi ling 1* ( 1 Kunming Institute of Botany, Chinese Academy of Sciences , Kunming 650204, China; 2 Graduate School, Academia Sinica , Beingjing 100039, China )\nStudies on genetic variation,correlation and path analysis in bitter gourd ( Momordica charantia L.) LIU Zheng guo 1,2 , LONG Ming hua 2 , QIN Rong yao 2, WANG Xian yu 2 ( 1 College of Horticulture and Gardening, Hunan Agricultural University , Changsha 410128, China; 2 Agricultural College, Guangxi University , Nanning 530005, China )\nGenetic diversity of cultivated Luohanguo ( Siraitia grosvenorii )based on ISSR marker ZHOU Jun ya 1, TANG Shao qing 1* , XIANG Wu sheng 2, BIN Xiao yun 1 ( 1 College of Life Sciences, Guangxi Normal University , Guilin 541004, China; 2 Guangxi Institute of Botany, Guangxi Zhuangzu Autonomous Region and Academia Sinica , Guilin 541006, China )\nThe embryonic types of two bamboo fruits and their systematic significance TANG Sai chun 1,2,3 , XIA Nian he 1* , LIN Ru shun 1 ( 1 South China Botanical Garden, the Chinese Academy of Sciences , Guangzhou 510650, China; 2. Guangxi Institute of Botany, Guangxi Zhuangzu Autonomous Region and Academia Sinica , Guilin 541006, China; 3. Graduate School of the Chinese Academy of Sciences, Beijing 100039, China )\nTile cells:their occurrence and systematic implications in Malvaceae s.l. TANG Ya, XIE Jia sui, GAO Hui, SUN Hui ( Department of Environmental Sciences and Engineering, Sichuan University , Chengdu 610065, China )\nEffect of the length of root stalk on the micro -nuclei frequency in root-tip cells of Vicia faba TAO Shao wu ( School of Life Sciences, Anhui Normal University , Wuhu 241000, China )\nThe interspecific hybridization and identification of F_1 hybrids by POD isozyme application in Aloe TIE Jun 1, JIN Shan 1, BAI Hai yan 1, LIU Rui xiang 1, WU Zhi ping 2 ( 1 Department of Biochemistry, Changzhi College , Changzhi 046011, China; 2 College of Forestry, Inner Mongolia Agricultural University , Huhhot 010019, China )\nThe determination of microelements and rare earth elements in Calophyllum membranaceum Gardn leaves HAN Chang ri 1, SONG Xiao ping 2, CHEN Guang ying 1 ( 1 Department of Chemistry, Hainan Normal University , Haikou 571158, China; 2 College of Chemistry and Chemical Engineering, Shanghai University of Engineering Science , Shanghai 200065, China )\nIn-vitro culture of Hedyotis diffusa leaves and establishment of regeneration system LI Guo ping 1,2 , HUANG Qun ce 1* , QIN Guang yong 1 ( 1 Provincial Key Laboratory of Ion Beam Bio engineering, Zhengzhou University , Zhengzhou 450052, China; 2 Department of Environment and Life Science, Putian University, Putian 351100, China )\nIn vitro culture of shoot tips from seedlings and zygotic embryos of Piper nigrum LIU Jin ping, ZHENG Cheng mu ( Agronomy College, South China University of Tropical Agriculture , Danzhou 571737, China )\nStudy on gliadin variation of three Roegneria (Poaceae:Triticeae)species and their accessions WEI Xiu hua, ZHOU Yong hong *, YANG Rui wu, DING Chun bang, ZHANG Li, ZHANG Hai qin ( Triticeae Research Institute, Sichuan Agricultural University , Dujiangyan 611830, China )\nSeparation of the antioxidative ingredient from Alpinia oxyphylla Miquel LIU Hong 1,2 , GUO Si yuan 1, HAN Chang ri 2, JI Ming hui 2, LI Lin 1 ( 1 College of Light Industry and Food, South China University of Technology , Guangzhou 510641, China; 2 Department of Chemistry, Hainan Normal University , Haikou 571158, China )\nStudy on soybean phosphoenolpyruvate phosphatase(PEPP)Ⅲ.Purification and characterization of nonspecific acid phosphatase DONG Deng feng, YANG Jie, JIANG Li geng, CHEN Nian ping ( Agricultural College,Guangxi University , Nanning 530005, China )\nEffects of CO_2 concentrations increasing on photosynthetic physiological characteristics of Wedelia trlobata LIU Jin xiang, LI Zhi fang ( Institute of Tropical Patacultural Science, Zhanjiang Normal College , Zhanjiang 524048, China )\nExpression characteristics of the flower colors of Prunus mume ‘Nanjing Hongxu’and Prunus mume ‘Nanjing Hong’ ZHAO Chang ling 1,2 , GUO Wei ming 3, CHEN Jun yu 4 ( 1 College of Life Sciences, Nanjing Agricultural University , Nanjing 210095, China; 2 College of Agricultural Sciences and Biotechnology, Yunnan Agricultural University , Kunming 650201, China; 3 College of Horticulture, Nanjing Agricultural University , Nanjing 210095, China; 4 College of Landscape Architecture, Beijing Forestry University , Beijing 100083, China )\nStudy on the resistance of Acacia mangium to low temperature stress XU Wei li 1, SU Kai jun 1, WANG Guang 1, WANG Wei ping 1, JIANG Ping 2, MA Hong yan 1 ( 1 Guangzhou Forestry Research Institute , Guangzhou 510515, China; 2 Guangdong Agricultural Institute , Guangzhou 510640, China )\nInsecticidal activity of wild Meliaceae plant extracts from Guangxi on the Lipaphis erysimi Kaltenbach ZENG Xian ru 1, CHEN Hai shan 2, LIU Yan 2, ZENG Tao 3* ( 1 Agricultural College, Guangxi University , Nanning 530005, China; 2 Guangxi Institute of Botany, Guangxi Zhuangzu Autonomous Region and Academia Sinica , Guilin 541006, China; 3 Plant Protection Institute, Guangxi Academy of Agricultural Science , Nanning 530007, China )


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