4篇
您的检索式：作者名="Cuiling Hou"
|
|
|
题名
|
作者
|
年代
|
出处
|
被引量
|
| 1 | Microwave absorption and mechanical properties of La (NO3)3-doped muhi-walled carbon nanotube/polyvinyl chloride compos- ites 显示文摘 | Cuiling Hou Tiehu Li Tingkai Zhao | 2012 | Mater Lett2012，67，： | 1 |
| 2 | Electromag- netic wave absorbing properties of carbon nanotubes doped rare metal/pure carbon nanotubes double-layer polymer composites 显示文摘 | Cuiling Hou Tiehu Li Tingkai Zhao | 2012 | Materials and Design2012，33，： | 1 |
| 3 | Screening of abiotic stress-responsive cotton genes using a cotton full-length cDNA overexpressing Arabidopsis library显示文摘Cotton(Gossypium hirsutum L.)is a major crop and the main source of natural fiber worldwide.Because various abiotic and biotic stresses strongly influence cotton fiber yield and quality,improved stress resistance of this crop plant is urgently needed.In this study,we used Gateway technology to construct a normalized full-length cDNA overexpressing(FOX)library from upland cotton cultivar ZM12 under various stress conditions.The library was transformed into Arabidopsis to produce a cotton-FOX-Arabidopsis library.Screening of this library yielded 6,830 transgenic Arabidopsis lines,of which 757 were selected for sequencing to ultimately obtain 659 cotton ESTs.GO and KEGG analyses mapped most of the cotton ESTs to plant biological process,cellular compo-nent,and molecular function categories.Next,156potential stress-responsive cotton genes were identified from the cotton-FOX-Arabidopsis library under drought,salt,ABA,and other stress conditions.Four stress-related genes identified from the library,designated as GhCAS,GhAPX,GhSDH,and GhPOD,were cloned from cotton complementary DNA,and their expression patterns under stress were analyzed.Phenotypic experiments in-dicated that overexpression of these cotton genes in Arabidopsis affected the response to abiotic stress.The method developed in this study lays a foundation for high-throughput cloning and rapid identification of cotton functional genes. | Shengting Li Hao Chen Zhi Hou Yu Li Cuiling Yang Daojie Wang Chun-Peng Song | 2020 | Journal of Integrative Plant Biology2020，62，7： | 0 |
| 4 | Entropy-driven self-assembly of tethered Janus nanoparticles on a sphere显示文摘Understanding the effect of curvature and topological frustration on self-assembly yields insight into the mechanistic details of the ordering of identical subunits in curved spaces,such as the assembly of viral capsids,growth of solid domains on vesicles,and the self-assembly of molecular monolayers.However,the self-assembly of nanoparticles with anisotropic surface topology and compartmentalization on curved surfaces remains elusive.By combining large-scale molecular simulations as well as theoretical analysis,we demonstrate here that the interplay among anisotropy,curvature,and chain conformation induces tethered Janus nanoparticles to self-assemble into diverse novel structures on a sphere,including binary nanocluster(C_(B)),trinary nanocluster(C_(T)),nanoribbon(R_(N))and hexagon with centered reverse(HR),which are mapped on a phase diagram related to the length asymmetry of tethered chains and Janus balance of the nanoparticles.The dynamical mechanism for the formation of these structure states is analyzed by examining the detailed kinetic pathways as well as free energy.We also show that the centered-reverse state is more prone to emerging around the topological defects,indicating the defect-enhanced entropy effect on a curved surface.Finally,the analytical model that rationalizes the regimes of these structure states is developed and fits simulations reasonably well,resulting in a mechanistic interpretation based on the order through entropy.Our findings shed light on curvature engineering as a versatile strategy to tailor the superstructures formed by anisotropic building blocks toward unique properties. | Guolong Zhu Yuming Wang Lijuan Gao Ziyang Xu Xuanyu Zhang Xiaobin Dai Lijun Dai Cuiling Hou Li-Tang Yan | 2021 | Fundamental Research2021，1，5： | 0 |
您所在的机构暂未开通此部分的功能，请联系管理员