简介：AreviewontheresearchofMicroElectromechanicalSystems(MEMS)technologybasedbiomimeticciliaispresented.Biomimeticcilia,enabledbytheadvancementofMEMStechnology,havebeenunderdynamicdevelopmentforthepastdecade.AfterabriefdescriptionofthebackgroundofciliaandMEMStechnology,differentbiomimeticciliaapplicationsarereviewed.Biomimeticciliamicro-actuators,includingmicromachinedpolyimidebimorphbiomimeticciliamicro-actuator,electro-staticallyactuatedpolymerbiomimeticciliamicro-actuator,andmagneticallyactuatednanorodarraybiomimeticciliamicro-actuator,arepresented.Subsequentlymicromachinedunderwaterflowbiomimeticciliamicro-sensorisstudied,followedbyacousticflowmicro-sensor.ThefabricationoftheseMEMS-basedbiomimeticciliadevices,characterizationoftheirphysicalproperties,andtheresultsoftheirapplicationexperimentsarediscussed.

简介：Anewmethodforirisidentificationbasedonmultiwaveletsisproposed.Bymeansofthepropertiesofmultiwavelets,suchasorthogonality,symmetry,vanishingmomentsandapproximationorder,theiristexturecanbesimplypresented.Abriefoverviewofmuhiwaveletsispresentedatfirst.Irisidentificationsystemandiristexturefeaturepresentationandrecognitionbasedonmultiwaveletsareintroducedsubsequently.Andtheexperimentindicatesthevalidityofthismethodfinally.

简介：Thenaturalworldspentbillionsofyearsinsolution-findingduringevolution,whichcouldbenefitTechnology.Howdoweputthatinanutshell?Biologicalsystemsaremorecomplexthanthemostcomplexcurrenttechnology.Anygivenfunctionandeffectaresimultaneouslycoordinatedandlinkedwithothersatmanylevelsofbiologicalorganisation-fromcellorganelletoorganism,topopulationandecosystem.Technologydoesnothavetoolstodealwiththecomplexityand"goalintendedness"oflivingsystems.Butlimitsforinteractionexistonbothsides-Biologicalscienceitselfisalsotooempiricalandnotmatureenoughtoprovideasolidbaseforcorrelatinglivingwithtechnicalsystems.Movingtowardsasynthesis,whereengineerscanutilizethevastamountofavailablebiologicaldata,wesuggestusingatoolcalled"TheoryofInventiveProblemSolving"(TRIZ)andclarifyingsomeimportantmethodologicalissues,whichhavenotpreviouslybeenrecognisedinbionicengineering:1)Requirenentformoreappropriatedefinitionsof"system","effect","function","law"and"rule".2)Requirementforunderstandingorevenmeasuringthedegreeofcontradictionoranalogybetweenfunctionsinbiologicalandartificialand/ornon-livingengineeringsystem-thereisnosimpledirectcorrelationbetweenwhatengineersfindusefulandwhatbiologydoes.

简介：Inthispaper,awildboarheadwastakenasthebionicresearchobjectforthedevelopmentofnewridgers,akindofplough.Thereverseengineeringtechnologywasadoptedtoobtainthesurfacegeometricalinformationofthehead.Severalthree-dimensional(3D)pointcloudsoftheheadwerecapturedfirstusinganon-touchlaserscanner,andanintegratedpointcloudwasgeneratedbyaligningthesepointcloudsusingUG/Imageware.Then,thedigitalsurfacemodeloftheheadwasrebuiltbymeansofCATIA.Thecharacteristiccurvesofthesurfacemodelwereanalyzed.Theresultsshowthattheaverageerrorbetweentherebuiltsurfaceandthepointcloudis?0.431mm.Themaxcurvatureoftheridgeontheneboftheheadis0.187mm?1,andthemaxandminGausscurvaturesonthesurfaceare0.008mm?2and?0.002mm?2.Thesegeometricalinformationaretheessentialparametersforbiomimeticsstudyoftheridger.

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简介：上海天士力药业有限公司是一家集生物药的生产、科研、销售于一体的生物制药企业，位于上海张江高科技园区，占地40余亩，按照国家GMP标准建设了现代化的科研办公楼，

简介：上海天士力药业有限公司是一家集生物药的生产、科研、销售于一体的生物制药企业，位于上海张江高科技园区，占地40余亩，按照国家GMP标准建设了现代化的科研办公楼、生产车间及其他附属设施。公司引进了多套先进的大型仪器设备，其中包括英国TAP公司的Cellmate细胞转移系统、德国贝朗公司的动物细胞培养反应器、

简介：多肽和蛋白质与多种疾病，如癌症，糖尿病，神经疾病和心血管疾病等有关。从各种生理、病理样品中找出相关的疾病标志蛋白，将有助于新型药物靶标的发现、疾病的早期诊断及新疗法的开发。各种疾病蛋白质指纹谱的发现及深入研究，是当前蛋白质组学的前沿研究领域。结合新型的膜修饰技术及专有的化学洗脱方法，PerkinElmer公司新近推出两种生物标志蛋白富集试剂盒：低通量人工操作型，可处理10个样品；

简介：记者手记：采访赛默飞世尔是《生物技术世界》记者每年的必修课．一年之中总有崭新的创举、重大的成就让媒体对这个科学仪器的巨人趋之若鹜。而无论采访的是位高权重的总裁级高管、还是硕果累累的科学家、或是睿智的市场开拓精英，每次都让记者感慨良多，这个服务科学、

简介：上海天士力药业有限公司地处中国药谷——上海市张江高科技园区，是一家蓬勃兴起的生物制药企业。上海市张江高科技园区是中央政府批准设立的国家级高新技术产业开发区，是浦东重点功能开发区，园区特设的张江生物医药产业园区是我国国家级生物医药产业园区，迄今为止，已有9个国家级医药科研机构和多家跨国制药公司入驻张江。