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| 1 | Rosuvastatin May Reduce the Incidence of Cardiovascular Events in Patients with Acute Coronary Syndromes Receiving Percutaneous Coronary Intervention by Suppressing miR‐155/ SHIP ‐1 Signaling Pathway显示文摘 | Wenchao Xie Ping Li Zhengdong Wang Jian Chen Zhihai Lin Xiangwen Liang Yingxi Mo | 2014 | Cardiovasc Ther2014，，6： | 1 |
| 2 | Efficient de novo assembly and modification of large DNA fragments显示文摘Synthetic genomics has provided new bottom-up platforms for the functional study of viral and microbial genomes.The construction of the large,gigabase(Gb)-sized genomes of higher organisms will deepen our understanding of genetic blueprints significantly.But for the synthesis and assembly of such large-scale genomes,the development of new or expanded methods is required.In this study,we develop an efficient pipeline for the construction of large DNA fragments sized 100 kilobases(kb)or above from scratches and describe an efficient method for“scar-free”engineering of the assembled sequences.Our method,therefore,should provide a standard framework for producing long DNA molecules,which are critical materials for synthetic genomics and metabolic engineering. | Shuangying Jiang Yuanwei Tang Liang Xiang Xinlu Zhu Zelin Cai Ling Li Yingxi Chen Peishuang Chen Yuge Feng Xin Lin Guoqiang Li Jafar Sharif Junbiao Dai | 2022 | Science China(Life Sciences)2022，65，7： | 1 |
| 3 | Scorpion-inspired dual-bionic,microcrack-assisted wrinkle based laser induced graphene-silver strain sensor with high sensitivity and broad working range for wireless health monitoring system显示文摘Scorpions,through ruthless survival of the fittest,evolve the unique ability to quickly locate and hunt prey with slit receptors near the leg joints and a sharp sting on the multi-freedom tail.Inspired by this fantastic creature,we herein report a dual-bionic strategy to fabricate microcrack-assisted wrinkle strain sensor with both high sensitivity and stretchability.Specifically,laserinduced graphene(LIG)is transferred from polyimide film to Ecoflex and then coated with silver paste using the casting-andpeeling and prestretch-and-release methods.The shape-adaptive and long-range ordered geometry(e.g.,amplitude and wavelength)of dual-bionic structure is prestrain-tuned to optimize the superfast response time(~76 ms),high sensitivity(gauge factor=223.6),broad working range(70%–100%),and good reliability(>800 cycles)of scorpion-inspired strain sensor,outperforming many LIG-based materials and other bionic sensors.The alternate reconnect/disconnect behaviors of slit-organlike microcracks in the mechanical weak areas initiate tremendous resistance changes,whereas the scorpion-tail-like wrinkles act as a“bridge”connecting the adjacent LIG resistor units,enabling reversible resilience and unimpeded electrical linkages over a wide strain range.Combined with the self-developed miniaturized,flexible,and all-in-one wireless transmission system,a variety of scenarios such as large body movements,tiny pulse,and heartbeat are real-time monitored via bluetooth and displayed in the client-sides,revealing a huge promise in future wearable electronics. | Wentao Wang Longsheng Lu Xiaoyu Lu Zhanbo Liang Honghao Lin Zehong Li Xiaohua Wu Lihui Lin Yingxi Xie | 2023 | Nano Research2023，16，1： | 0 |
| 4 | Amorphous phosphorus chalcogenide as an anode material for lithiumion batteries with high capacity and long cycle life显示文摘The ever-increasing demands for modern energy storage applications drive the search for novel anode materials of lithium(Li)-ion batteries(LIBs) with high storage capacity and long cycle life, to outperform the conventional LIBs anode materials. Hence, we report amorphous ternary phosphorus chalcogenide(aP_(4)SSe_(2)) as an anode material with high performance for LIBs. Synthesized via the mechanochemistry method, the a-P_(4)SSe_(2) compound is endowed with amorphous feature and offers excellent cycling stability(over 1500 mA h g^(-1) capacity after 425 cycles at 0.3 A g^(-1)), owing to the advantages of isotropic nature and synergistic effect of multielement forming Li-ion conductors during battery operation. Furthermore,as confirmed by ex situ X-ray diffraction(XRD) and transmission electron microscope(TEM), the a-P_(4)SSe_(2)anode material has a reversible and multistage Li-storage mechanism, which is extremely beneficial to long cycle life for batteries. Moreover, the autogenous intermediate electrochemical products with fast ionic conductivity can facilitate Li-ion diffusion effectively. Thus, the a-P_(4)SSe_(2)electrode delivers excellent rate capability(730 mA h g^(-1)capacity at 3 A g^(-1)). Through in situ electrochemical impedance spectra(EIS) measurements, it can be revealed that the resistances of charge transfer(R_(SEI)) and solid electrolyte interphase(R_(Ct)) decrease along with the formation of Li-ion conductors whilst the ohmic resistance(R_(Ω)) remains unchanged during the whole electrochemical process, thus resulting in rapid reaction kinetics and stable electrode to obtain excellent rate performance and cycling ability for LIBs. Moreover, the formation mechanism and electrochemical superiority of the a-P_(4)SSe_(2)phase, and its expansion to P_(4)S_(3-x)Se_(x)(x = 0, 1, 2, 3) family can prove its significance for LIBs. | Jiale Yu Haiyan Zhang Yingxi Lin Junyao Shen Yiwen Xie Xifeng Huang Qiong Cai Haitao Huang | 2022 | Journal of Energy Chemistry2022，31，5： | 0 |
| 5 | 特异的抑制性细胞环路分别驱动大脑皮层生成β和γ频段神经振荡电活动显示文摘文章简介大脑中局部群体神经元通过同步放电生成具时空特征的脑电活动。根据生理特征和频段范围,脑电振荡活动主要可分为delta(〈3Hz)、theta(3~8 Hz)、alpha(8~12 Hz)、beta(β,12~30 Hz)和gamma(γ,30~100 Hz)频段振荡活动。 | Guang Chen Yuan Zhang Xiang Li Xiaochen Zhao Qian Ye Yingxi Lin Huizhong W.Tao Malte J.Rasch 章晓辉 | 2018 | 科学新闻2018，0，4： | 0 |
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