|
|
|
题名
|
作者
|
年代
|
出处
|
被引量
|
| 1 | Investigation on the Lateral Line Systems of Two Cavefish: Sinocyclocheilus Macrophthalmus and S. Microphthalmus (Cypriniformes: Cyprinidae)显示文摘 | Yonggang Jiang Jianchao Fu Deyuan Zhang Yahui Zhao | 2016 | Journal of Bionic Engineering2016，13，1： | 8 |
| 2 | Safety and Efficacy of Physical Thermal Ablation Combined Sorafenib for Hepatocellular Carcinoma:A Meta-analysis显示文摘Background and Aims:To compare the efficacy and safety of physical thermal ablation(PTA),including radiofrequency ablation(RFA)and microwave ablation(MWA),combined with sorafenib and physical thermal ablation alone for the control and treatment of hepatocellular carcinoma(HCC)according to the available literature.Methods:Comprehensive searches were performed on PubMed,Embase,CNKI,the Cochrane Library,China Biomedical Literature Database(known as CBM),Weipu Journal,and Wanfang Database.Meta-analysis was performed using Revman 5.3 software.Results:A total of 15 studies,consisting of 2,227 HCC patients,were selected and included in this meta-analysis.Compared with the RFA-alone group,the patients in the RFA+sorafenib group had longer 1-,2-,and 3-year overall survival(all p<0.05),better overall efficacy(p<0.0001),longer radiofrequency interval(p<0.001),and lower 2-year recurrence rate(p=0.02).The 1-year overall survival(p=0.003)and overall efficacy(p=0.002)of the MWA+sorafenib group were also higher than those of the MWA-alone group.The incidences of adverse reactions in the RFA+sorafenib group,such as hand-foot skin reactions(p<0.001),diarrhea and constipation(p=0.0001),hypertension(p=0.009),and alopecia(p<0.001),were significantly higher than those in the RFA-alone group.Conclusions:RFA or MWA combined with sorafenib has produced a better therapeutic effect on HCC than physical thermal ablation alone;however,adverse reactions have been obvious.It is necessary to evaluate the safety of combination therapy,and pay close attention to the adverse reactions that develop in patients. | Mengdi Jin Qiong Yu Yahui Liu Weiling Xu Xueqi Fu Bai Ji | 2021 | Journal of Clinical and Translational Hepatology2021，9，2： | 6 |
| 3 | Capacitive Properties of the Binder-Free Electrode Prepared from Carbon Derived from Cotton and Reduced Graphene Oxide显示文摘减少的 graphene 氧化物(rGO ) 和从棉花(aCFC ) 导出的激活的碳的没有文件夹的合成电影被制作了并且用作电极让电气化学的电容器(EC ) 在另外的文件夹引起的传统的过程避免电容的性能的减少。最佳的 aCFC 在 850 | Wenhui Ma Yunzhen Chang Gaoyi Han Yaoming Xiao Dongying Fu Yahui Chang | 2017 | Chinese Journal of Chemistry2017，35，12： | 2 |
| 4 | Progress in plant phenology modeling under global climate change显示文摘Plant phenology is the study of the timing of recurrent biological events and the causes of their timing with regard to biotic and abiotic forces.Plant phenology affects the structure and function of terrestrial ecosystems and determines vegetation feedback to the climate system by altering the carbon,water and energy fluxes between the vegetation and near-surface atmosphere.Therefore,an accurate simulation of plant phenology is essential to improve our understanding of the response of ecosystems to climate change and the carbon,water and energy balance of terrestrial ecosystems.Phenological studies have developed rapidly under global change conditions,while the research of phenology modeling is largely lagged.Inaccurate phenology modeling has become the primary limiting factor for the accurate simulation of terrestrial carbon and water cycles.Understanding the mechanism of phenological response to climate change and building process-based plant phenology models are thus important frontier issues.In this review,we first summarized the drivers of plant phenology and overviewed the development of plant phenology models.Finally,we addressed the challenges in the development of plant phenology models and highlighted that coupling machine learning and Bayesian calibration into process-based models could be a potential approach to improve the accuracy of phenology simulation and prediction under future global change conditions. | Yongshuo FU Xinxi LI Xuancheng ZHOU Xiaojun GENG Yahui GUO Yaru ZHANG | 2020 | Science China Earth Sciences2020，63，9： | 1 |
| 5 | The effect of three dimensional model printing for treating complex acetabular fractures显示文摘Purpose:Our goal was to evaluate the effect of three dimensional model printing for treating complex acetabular fractures,especially focusing on duration of operation,blood loss,and quality of reduction.Methods:From 2012 to 2015,sixty consecutive cases with complex acetabular fractures were sampled using stratified random sampling and equally divided into two groups,the non-3-D group using X-rays and computed tomography(CT)scans for pre-operative planning,and the 3-D group using X-rays,CT scans and three dimensional model printing for pre-operative planning and simulation surgery by surgeons.The nurse recorded the duration of the operation and blood loss.The quality of reduction was evaluated by one surgeon who was not the treating physician.Results:All operations were completed by the same senior surgeon.The mean operative time was longer in the non-3-D group as compared to the 3-D,the difference was statistically significant.Average blood loss was(447.7±48.3)ml and(404.3±63.2)ml,respectively for the non-3-D and 3-D groups,also was more in the non-3-D group and there is a statistically significant difference.According to the Matta classification,radiographic grades were excellent in 10,good in 9,and poor in 11 of the non-3-D group and excellent in 18,good in 9,poor in 3 in the 3-D group,The quality of reduction was better in the 3-D group and the difference was statistically significant.Conclusions:Three dimensional printed models can be used in pre-operative planning and surgery simulation.The models are beneficial for reducing operating time and blood loss,increasing the quality of reduction. | 王虎 Zhang Kun Zhang Binfei Wei Xing Fu YaHui Wei Wei Cong Yuxuan Lei Jinlai Liu Ping Li Zhong Zhuang Yan | 2022 | 美中国际创伤杂志2022，21，1： | 0 |
| 6 | Thermo-controlled,self-released smart wood tailored by nanotechnology for fast clean-up of highly viscous liquids显示文摘Designing highly porous materials is of great importance for liquid separation,water purification,and disinfection,such as spill oil cleaning and recycling,seawater desalting,and oil/water separation.However,a remaining challenge is to produce porous materials with the characteristics of fast absorption,continuous directional transport,and self-release of viscous liquid.Herein,a functional cellulosic composite is reported by the chemical treatment and functionalization of wood resulting in a smart wood that can thermally selfrelease and separate high viscosity oil.The smart wood has a high absorption speed of 1398 mL/(m_(2)·s)(ethylene glycol)and a maximum absorption capacity of 47.2 g/g(chloroform)due to its intrinsic vertical micro/nanoscale channel structure,low tortuosity,and high porosity.Moreover,the switchable wettability is achieved by the surface coating of poly(N-isopropylacrylamide)on the porous wood,which enables the collection and removal of oil from the oil/water mixture.The high viscosity oil can be automatically released due to the passive oil release at room temperature.The release capacity of the smart wood remains above 91%after 15 cyclic tests.We envision that this functional smart wood could be extended to a wide range of applications in smart hydrogels,microfluidics,artificial drug release,and environmental restoration. | Yahui Cai Jianfei Wu Kaili Wang Youming Dong Jundie Hu Jiafu Qu Dan Tian Jianzhang Li Qiliang Fu | 2023 | SmartMat2023，4，1： | 0 |
| 7 | Phase-feeding strategy for Chlorella vulgaris to enhance biomass and lipid productivity显示文摘A phase-feeding strategy of nutrients based on requirements of Chlorella vulgaris in different physiological phases was examined to maximize the biomass and lipid productivity.This strategy includes reduction of duration in adaption phase(stage-I),enhancement of biomass in growth phase(stage-II)and improvement of lipid productivity in stationary phase(stage-III).The duration of microalgae in adaption phase was reduced from 52 h to 34 h at nitrogen and phosphorus feeding rates of 5.11 mg/(L·d)and 0.54 mg/(L·d),whereas the maximum biomass concentration during growth phase was improved to(4.03±0.25)g/L at nitrogen and phosphorus feeding rates of 20.04 mg/(L·d)and 4.21 mg/(L·d).In stationary and decline phases,a maximum lipid productivity of 132.30 mg/(L·d)was achieved when nutrients supply was stopped at 128 h,which was 28.86 mg/(L·d)higher than that when nutrients supply was stopped at 104 h.This multi-phase cultivation could be a promising strategy for simultaneous enhancement of microalgae biomass and lipid productivity. | Chang Haixing Liao Qiang Fu Qian Huang Yun Xia Ao Zheng Yaping Sun Yahui Zhu Xun | 2017 | International Journal of Agricultural and Biological Engineering2017，10，2： | 0 |
您所在的机构暂未开通此部分的功能，请联系管理员