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| 1 | Structure and deformation around the Gyirong basin, north Himalaya, and onset of the south Tibetan detachment system显示文摘Gyirong basin and its adjacent area are located at a special position in the Himalayan orogen, where the south Tibetan detachment system (STDS) and N-S trending rift converged. The north Himalayan orogen here can be divided into five petrologic-tectonic units successively from south to north: 1) the Greater Himalayan crystalline complex (GHC); 2) the STDS shear zone; 3) the Tethyan Himalayan sedimentary sequence (THS); 4) the late Cenozoic sedimentary basins, such as Gyirong and Oma basins; and 5) the Malashan gneiss dome. Structural studies show that this area experienced four stages of deformation: 1) the earlier south-directed thrusting, preserved both in the GHC and THS; 2) top-down-to-north slip along the STDS, normal faults related to this slip formed the early controlling structures of the Cenozoic basins,and the tilted pattern of the blocks between the basins indicated a north-directed slip; 3) east-west extension, the resultant N-S trending normal fault formed the eastern boundary of the basins; and 4) late gravitational collapse. Zircon SHRIMP U-Pb dating on the syn-deformational (leuco-) granite along the STDS indicates that the major activity of the STDS occurred at ca. 26 Ma, but its onset may have begun as early as ca. 36 Ma. | YANG XiongYing ZHANG JinJiang QI GuoWei WANG DeChao GUO Lei LI PengYuan LIU Jiang | 2009 | Science China Earth Sciences2009，52，8： | 33 |
| 2 | Structural features and deformational ages of the northern Dabashan thrust belt显示文摘大规模弹出式结构发生在北 Dabashan 戳带(NDTB ) 的前面,由到南方的蘸 NNE Chengkou 差错的界限,和蘸 SSW Gaoqiao 指责到北方。弹出式结构作为构造活动的紧张的直接思考沿着它的罢工显示出不同特征。到西北,结构被形成积极象花的结构的一个二方向性的戳系统描绘。相反,东南的部分由垂直 Chengkou 差错和一系列指导 N 的 backthrusts 组成,显示出 semi-flower-like 结构。我们从 syntectonic microthermal 标明日期证明 Chengkou 指责的变形绢云母的 Ar-Ar 的现在的结果经历了强烈变丑在期间中间 -- 中生代 Yanshanian 历元(大约 143.3 妈) ,引起快速高举并且北 Dabashan 戳带推进。在这戳的繁殖期间,因为阻塞,一系列 backthrusts 从 Dabashan 戳带的边疆形成了,导致弹出式结构的发展。 | Pengyuan Li Jinjiang Zhang Lei Guo Xiongying Yang | 2012 | Geoscience Frontiers2012，3，1： | 4 |
| 3 | Effects of Plant-derived Humic Acid Organic Fertilizer on Selenium Content of Rice in Northern Guangxi显示文摘This study was to find out the suitable application amount of plant-derived humic acid organic fertilizer for selenium-rich rice production in northern Guilin area by applying the fertilizer at different amounts.The results showed that plant-derived humic acid organic fertilizer could effectively activate selenium in selenium-rich soil,and then promote the uptake of selenium by rice.With costs,selenium enrichment and rice yield as the main evaluation indicators,A4 was chosen as the best treatment,that is,the application of 4 500 kg/hm^2 of plant-derived humic acid organic fertilizer as base fertilizer could achieve the best benefit. | Yunwei JIANG Lixiu HUANG Dongmei WANG Liping PAN Qianchi MO Ri MING Zongji ZHANG Jinping CHEN Hengzhi ZHAO Youxing YANG Xiongying JIANG Dayong FAN Yongxian LIU | 2019 | Agricultural Biotechnology2019，8，3： | 1 |
| 4 | CFL1 and Arp3 are Biomarkers for Metastasis and Poor Prognosis of Squamous Cell/Adenosquamous Carcinomas and Adenocarcinomas of Gallbladder显示文摘 | Zhu-Lin Yang Xiongying Miao Li Xiong Qiong Zou Yuan Yuan Jinghe Li Lufeng Liang Meigui Chen Senlin Chen | 2013 | Cancer Investigation2013，，2： | 1 |
| 5 | On-chip circulating tumor cells isolation based on membrane filtration and immuno-magnetic bead clump capture显示文摘Isolating rare circulating tumor cells(CTCs)from blood is critical for the downstream analysis that is important in cancer-related research,diagnosis,and medicine,and efforts are ongoing to increase the efficiency and purity of CTC isolation in microfluidics.Reported in this paper is a two-stage integrated microfluidic chip for coarse-to-fine CTC isolation from whole blood.First,blood cells are removed by filtration using a micropore-array membrane,then CTCs and other cells that are trapped in the micropores are peeled off the membrane by a novel release method based on air–liquid interfacial tension,which significantly increases the recovery rate of CTCs.The second stage is CTC capture based on an on-chip dense immuno-magnetic-bead clump,which offers high capture efficiency and purity.Both the micropore filtration and immuno-magnetic-bead capture are validated and optimized experimentally.Overall,the integrated microfluidic chip can realize a recovery rate of 85.5%and a purity of 37.8%for rare cancer cells spiked in whole blood. | Shuai Zhang Yue Wang Chaoqiang Yang Junwen Zhu Xiongying Ye Wenhui Wang | 2022 | Nanotechnology and Precision Engineering2022，5，1： | 0 |
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