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| 1 | Ameliorating effects of Inonotus obliquus on high fat diet-induced obese rats显示文摘根据从的数据,将在在一年 2030 的世界上有 21.6 亿过重和 11.2 亿个肥胖的个人[1 ] ,它提起多重疾病的风险例如高血压,癌症的糖尿病,心血管的疾病,和几种类型[2,3 ] 。肥胖被看作新陈代谢的混乱,它被高精力吸入主要导致。在哺乳动物,过量精力首先在脂肪质的织物作为 triglyceride (TG ) 被存储。在过去的十年,调整 adipogenesis 的过程的众多的分子很好被记录了。Peroxisome 激活 proliferator 的受体(PPAR-) 为脂肪质的织物的累积被要求并且贡献肥胖[4 ] 。甾醇规章的元素绑定蛋白质(SREBP ) 作为激活胆固醇和丰满的酸合成的全部节目的抄写因素的一个家庭被识别了[5 ] 。Glyceraldehydes 3 磷酸盐 acyltransferase (GPAT ) 和 diacylglycerol acyltransferase (DGAT ) 广泛地在哺乳动物的纸巾被表示并且催化第一并且在 TG 合成的最后的步,分别地[6 ] 。因此,这些分子可以是为肥胖和类脂化合物新陈代谢的评估的大目标。最近,阳光等。[7 ] 证明了在糖尿病的老鼠的类脂化合物的浆液层次显著地与 Inonotus obliquus 的文化肉汤的干燥的事在 3 星期的治疗以后被减少。李和 Hyun [8 ] 证明水摘录从我。obliquus 减少了高脂肪的饮食的胖重量喂的肥胖的老鼠。因此,我们对什么进一步感兴趣,是怎么能我。obliquus 摘录影响类脂化合物新陈代谢并且什么是位于这反肥胖效果下面的可能的机制。在现在的学习,我们造了一个高脂肪的导致食谱的老鼠模型。 | Tao Wu Qingyu Shu Kai Yang Xiaoxian Xie Xia Wang Yangling Wang Anqi Guo Nate Y-uan Binggong Zhao Binbin Chi QiaobeiWu Zhengwei Fu | 2015 | Acta Biochimica et Biophysica Sinica2015，47，9： | 4 |
| 2 | Ultrasmall AU10 clusters anchored on pyramid-capped rectangular TiO2 for olefin oxidation显示文摘Ultrasmall Au 10 簇作为一座充电水库有唯一的电子结构和罐头行为捐赠电子或接受费用。这为催化作用是特别地重要的,自从它越过在金种类和氧化物底层之间的接口导致灵巧的费用转移。在催化氧化上决定 Au 10 的电子、结构的效果,一个 TiO 2 费用搬运人为石蜡氧化被选择为底层到锚 Au 10 。在 TiO 2-RP 上支持的 Au 10(RP = 盖住金字塔的圆柱的结构) 展出优异催化活动到 Au 10/TiO2 nanotubes 和 Au 10/P25。另外,支持的 Au 10 簇比支持的 Au 20, Au 144 簇,和 5 nm Au 产生了更高的活动 nanocrystals。Au 10/TiO2-RP 的优异催化能力从 Au 10/TiO2-RP 接口的控告 / 解除效果产生,它有效地在 Au 10, 的终端位置在充满电子的金原子上改进活跃的氧种类的形成并且在 Au 10 的电子缺乏的金原子上支持石蜡 C=C 契约的激活。 | Lixiong Li Shuangshuang Huang Jianjun Song Nating Yang Jingwei Liu Yuyun Chen Yuhan Sun Rongchao Jin Yan Zhu | 2016 | Nano Research2016，9，4： | 2 |
| 3 | On the simulation of flows with violent free surface motion显示文摘 | Lohner R L Yang C O¨nate E | 2006 | Comput MethodsAppl Mech Engrg2006，195，： | 1 |
| 4 | Localized-domains staging structure and evolution in lithiated graphite显示文摘Intercalation provides to the host materials a means for controlled variation of many physical/chemical properties and dominates the reactions in metal‐ion batteries.Of particular interest is the graphite intercalation compounds with intriguing staging structures,which however are still unclear,especially in their nanostructure and dynamic transition mechanism.Herein,the nature of the staging structure and evolution of the lithium(Li)‐intercalated graphite was revealed by cryogenic‐transmission electron microscopy and other methods at the nanoscale.The intercalated Li‐ions distribute unevenly,generating local stress and dislocations in the graphitic structure.Each staging compound is found macroscopically ordered but microscopically inhomogeneous,exhibiting a localized‐domains structural model.Our findings uncover the correlation between the long‐range ordered structure and short‐range domains,refresh the insights on the staging structure and transition of Li‐intercalated/deintercalated graphite,and provide effective ways to enhance the reaction kinetic in rechargeable batteries by defect engineering. | Suting Weng Siyuan Wu Zepeng Liu Gaojing Yang Xiaozhi Liu Xiao Zhang Chu Zhang Qiuyan Liu Yao Huang Yejing Li Mehmet NAteş Dong Su Lin Gu Hong Li Liquan Chen Ruijuan Xiao Zhaoxiang Wang Xuefeng Wang | 2023 | Carbon Energy2023，5，1： | 1 |
| 5 | Residual Film Pollution in the Eighth Division of the Xinjiang Production and Construction Corps显示文摘This study investigated the residual film content and distribution at different soil depths in the Eighth Division of the Xinjiang Production and Construction Corps.Before spring plowing in 2019,representative fields in four areas(Anjihai,Shihezi suburbs,Mosuowan and Xiayedi)were selected for residual film collection.The average content of residual film in the Eighth Division was 104 kg/ha.The residual film content in the four areas decreased in the order Anjihai>Shihezi suburbs>Mosuowan>Xiayedi.The average amount of residual film collected from cotton fields was greater than that from corn fields.Residual film content in the cotton field at soil depths of 0~10 and 10~30 cm was higher than that in the corn field,whereas the residual film content at a 30–50 cm soil depth in the corn field was higher than that in the cotton field.The results showed that farmers do not consider the long-term benefits,the high cost and short time of recycling,and the easy recycling of surface residual film.The shallow that the higher content of residual film,the less water in the soil of cotton.The same time,the results showed that the quantity of residual film in cotton field had greater influence on cotton quality. | Weijun LI Xingyao ZHANG Nate KA Xianglin YANG Jianjiang LU Xuyun ZHANG | 2023 | Research and Application of Materials Science2023，5，1： | 0 |
| 6 | Analysis on Content and Distribution of Residual Film in Fields of Different Crops显示文摘Before spring ploughing in 2019,the representative fields of the 8^(th) Division were selected,and residual film at different depths of soil in three areas of the 8^(th) Division was collected. Through the analysis on the weight and amount of residual film at different depths of soil,it was found that the average content of residual film in the 8^(th) Division was 104 kg/hm^2. From high to low,the content sequence of residual film in the three areas was Anjihai area,Mosuowan area and Xiayedi area. The average amount of residual film collected from the cotton field in the three areas was greater than that from the corn field. In the three areas,the content of residual film in the cotton field at the depth of 0-10 and 11-30 cm was higher than that in the corn field,while the content of residual film at the depth of 31-50 cm in the corn field was higher than that in the cotton field. | Weijun LI Xingyao ZHANG Nate KA Xianglin YANG Dongmei WU Wei BIAN | 2020 | Meteorological and Environmental Research2020，11，3： | 0 |
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