简介:Overthedecade,ChineseBiomedicalEngineeringhasmaderemarkleprogressandaccumulatedmuchexperience.Animportantproblemfacingusishowtotaketheroadaheadofus.Firstofall,weshouldchangeourconventionalconceptandheadforthenewroad.Aboutthreeyearsago,wemadeaspecialreviewontheconnotationandchar-acteristicsofbiomedicalengineeringandpointedoutthatBiomedicalEngineeringwas
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简介:Theapplicationofhumanhomografthasbeenpopularincardiovascularsurgeryandshownperfecteffects.Butthedifficultytogetgraftgreatlylimiteditsclinicalap-plication.Thethawedhomograftcannotbeusedinsomecasessinceitisnotclearwhetheritcanbere-cryopreservedwithoutdamage.Weconductedthepresentstudytoknowthechangesinviabilityofthehomograftafterrefreezinginsixhumanpul-
简介:PACScanbeappliedinthenetworkarchitectureofClient/Server(C/S)andBrowser/Server(B/S)incurrentapplicationofhospitalinformationsystem.PACSViewerofB/Smodelisrealizedbymeansofthebrowsercommonly,butwebbrowserdoesnotsupportDICOMstandard.Inthisarticle,howtouseJavaApplettorealizethedisplayandoperationsofDICOMimageswillbediscussed.ThelightweightmethodtoviewDICOMimagesisveryfitfortelemedicaltreatment,andthesituationsnotrequirestrongabilityinimageoperations。
简介:Outerbridge-Kashiwagi肱尺关节成形术[1,2](O-K关节成形术)治疗创伤后肘关节僵直,1985年由Kashiwagi设计,通过肘后入路创造性地将鹰嘴窝开窗贯通前后关节腔,清理、松解关节并解除鹰嘴及冠状突的骨赘阻挡,达到清除阻挡、减轻疼痛、增加活动度的目的.我院自1998年应用改良O-K关节成形术治疗创伤后肘关节僵直9例,效果良好.
简介:Osteoblastsofratculturedinvitrowerestimulatedwithpulsed50Hzelectromagneticfieldandbasicfibroblastgrowthfactor(bFGF).TheMTTmethod,flowcytometryandhistochemistrystainingwereusedtodetectcellproliferation,cellcycleandalkalinephosphatase.Theresultsindicated:afterstimulatedby1mTelectromagneticfield,thecellsaremoreabundant,havemoreSphasepercentages,2mTelectromagneticfieldhavenoevidenteffectoncells'growth;comparedwithelectromagneticfield,thecellsstimulatedbybFGFaremoreabundantandhavelargerSphaseratios.ElectromagneticfieldandbFGFhavenoeffectoncells,alkalinephosphatase.Therefore,weconcludedthatelectromagneticfieldcanenhanceosteoblastsgrowthlikesomegrowthfactorsuchasbasicfibroblastgrowthfactor,andtheosteoblasts',characteristicswasnotchanged.
简介:CHANGESOF6-K-PGF1aRELEASEFROMTHELUMINALSURFACEOFDACRONSEEDEDWITHAUTOLOOUSVENOUSTISSUEFRAGMENTSCHANGESOF6-K-PGF1aRELEASEFROMTH...
简介:Inthisarticle,wepresentanalternativederivationforBronnikov’sreconstructionalgorithminX-rayphasecontrasttomographywithholographicmeasurements.Atwo-stepmethodwasusedinthealternativederivation.ThephaseshiftinducedbytheobjectwasobtainedbyFouriertransformandtherealpartofthecomplexrefractiveindexoftheobjectwasretrievedbyapplyingtheconventionalfilteredbackprojectionmethod.Thealternativederivationprovidesaneasierwaytounderstandthereconstructionformula.
简介:THEAPPLIEDSTUDYOFTHETOTALHIPREPLACEMENTFORTHEADULT'SCONGENITALDISLOCATIONOFTHEHIPATTHEPRIMARYACETABULUMTHEAPPLIEDSTUDYOFTHETO...
简介:目的新型表面改性技术和改性材料的开发是当今生物医学材料研究的主要方向,羟基磷灰石(HA)是一种最重要的表面改性材料,但较高的脆性和较低的结合强度严重制约了它在临床中的应用.方法本研究首次选用K2Ti6O13作为生物医用Ti合金的表面改性材料,利用KDC法尝试制备了K2Ti6O13涂层,并对涂层的微结构、结合强度和生物活性进行了观察分析与评估.结果利用KDC方法可以成功地原位合成K2Ti6O13涂层,涂层与钛合金基体间结合牢固,结合强度可达24MPa,热膨胀系数的良好匹配是结合强度提高的主要原因.结论涂层粗糙的表面和气孔可为骨的向内生长提供有利位置.经模拟体液浸泡,涂层表面形成了钙磷比接近人体骨骼的钙磷层,表明涂层具有良好的生物活性.
简介:为深入实施创新驱动发展战略,针对我国当前骨材料及器械学科和行业的发展现状,加强产学研医管交流合作,促进我国骨修复材料与器械学科和行业发展,中国生物材料学会骨修复材料与器械分会定于2017年8月3至5日在成都召开“2017年全国骨材料与器械产学研医管交流会”。会议分为大会主题报告及各专业委员会专题研讨会,汇聚中国骨植入材料与器械行业基础研究、产品开发、型式检验、临床伦理、注册审评、体系认证、临床应用等不同专业背景的知名专家,涵盖人体全部骨骼及其附属组织的修复材料与器械,涉及骨科、口腔科、领面外科、神经外科等多个临床应用专业的相关生物材料及医疗器械产品领域,融合“产.学.研.医.管”优势资源,充分研讨骨材料与器械国内外前沿科学技术,提炼临床急需解决的关键问题及解决方案、新技术转化,并欢迎相关公司参会展示新技术、新产品,也欢迎参会人员在会期组织卫星会。
简介:Gliomahasthehighestincidenceinthebraintumors.Thoughtreatedwithsurgicalresection,externalbeamradiationtherapy,andsystemicchemotherapy,patientswithgliomahavepoorprognosisbecauseofgliomarecurrence.