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| 1 | Snapshot of Structural Variations in the Tibetan Wild Boar Genome at Single-Nucleotide Resolution显示文摘Genomic structural variations(SVs),particularly insertions,deletions and inversions,can contribute to the heterogeneity of millions of nucleotides within a genome,and are likely to make an important contribution to biological diversity and phenotypic variation(Alkan et al.,2011;Bickhart and Liu,2014).With the rapid development of the next-generation sequencing technologies and the new assembly methodologies,the | Lei Chen Long Jin Mingzhou Li Shilin Tian Tiandong Che Qianzi Tang Jing Lan Zhi Jiang Ruiqiang Li Yiren Gu Xuewei Li Jinyong Wang | 2014 | Journal of Genetics and Genomics2014，41，12： | 1 |
| 2 | Open and close-ended CoMoS_(3) nanotubes for hydrogen evolution in acidic and basic conditions显示文摘Electrochemical hydrogen evolution reaction(HER) is a promising route to harvest high-purity hydrogen(H_(2)).Efficient and selective energy transformations rely on the development of novel catalytic materials in terms of compositions and structures that survive under harsh conditions.This study focuses on a unique nanostructured CoMoS_(3) catalyst for HER under strong acidic and basic electrolyte.The morphologies of the catalysts are fine-tuned by altering reaction times in a hydrothermal reaction.Limited reaction time generates twisted thin-sheet CoMoS_(3)(12 h),which spins into a nanotube with an extended synthetic time(16 h).As the reaction time increases to 20 h,the CoMoS_(3) composite creates open-ended nanotubes,facilitating reactants to penetrate and react actively in the inner space of the nanotubes.Further,prolonged reaction time(24 h) results in the formation of the close-ended CoMoS_(3) nanotubes.We find out that the open-ended structure plays an important role in achieving fast kinetics as well as creating more active sites in HER reaction.The catalyst delivers a profound performance under both acidic and basic conditions,with overpotentials of 93 mV and 115 mV(at a current density of 10 mA/cm^(2)) in the acidic and basic electrolytes,respectively.Moreover,it shows superior long-term durability in both solutions.This work will provide a great foundation for understanding the morphology effect with the same composited catalyst towards energy conversion reactions,not limited to HER. | Yuan Li Xuewei Hou Jing Gu Veronika Mikhaylova Kangli Chen Hongming Zhang Shumin Han | 2021 | Journal of Energy Chemistry2021，30，6： | 0 |
| 3 | Haploidentical stem cell transplantation used in treating primary plasma cell leukemia: a case report显示文摘Here we report a successful protocol in treatment of a patient with primary plasma cell leukemia (PPCL) using haploidentical stem cell transplantation (hi-HSCT). During first complete remission after routine chemotherapy, the patient received autologous blood stem cell transplantation, but he had relapse later. He gained a second CR after chemotherapy and underwent hi-HSCT from his daughter, who had HLA mismatched at three loci. Recovery of hemopoiesis was found at day 14 and complete donor chimerism was confirmed by PCR-STR on day 34, 95 and 238. The patients have survived disease-free for 56 months since hi-HSCT, without serious graft-versus-host-disease. | Ouyang Guifang Zhu Huiling Hong Yongwei Xu Kaihong Mu Qitian Le Jing Wu Wenmiao Lu Ying Gu Xuewei Ni Lifeng | 2010 | Journal of Medical Colleges of PLA(China)2010，25，1： | 0 |
| 4 | A facile solution approach for fabrication of small-sized MoSe_(2) with few layers as an efficient hydrogen evolution electrocatalyst显示文摘Unlike fossil fuels,hydrogen is a renewable and clean energy source.It is available in a large amount and spreads throughout the world.When reacting with oxygen,hydrogen releases energy to produce water as the only product.Hence,hydrogen is a promising alternative to fossil fuels[1].Today,most of hydrogen is produced via the steam methane reforming process,in which hightemperature steam is used to produce hydrogen from a methane source.However,methane is non-renewable,and carbon dioxide is generated in the reforming process. | Weizhi WANG Wei LI Xinxin WANG Junyao WU Xuewei GU Mengjuan QI Enhong SHENG Konglin WU | 2021 | Frontiers of Materials Science2021，15，3： | 0 |
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