ChineseJournalofRehabilitationMedicine,Apr.2024,Vol.39,No.4综述脑卒中后自主神经功能障碍康复评估中非侵入性检测技术的应用进展杨利军1,2汤昕未1谢鸿宇1吴军发1吴毅1,3《2019年全球疾病负担研究的系统分析》显示全球步入邻NN之差>50ms的个数占总窦性心搏个数的百分比(the老龄化社会,脑卒中是50岁以上人群的主要致残致死原percentageofpairsofadjacentnormal-to-normalR-Rin-因[1]。自主神经功能障碍是脑卒中常见的并发...
NewadvancesinrehabilitationofstrokeEditedbyHuaYuan,ShengLi,XiquanHu,YueLanandXiaoLuPublishedinFrontiersinNeurologyJanuary2024FRONTIERSEBOOKCOPYRIGHTSTATEMENTAboutFrontiersThecopyrightinthetextofindividualFrontiersismorethanjustanopenaccesspublisherofscholarlyarticles:itisarticlesinthisebookisthepropertyapioneeringapproachtotheworldofacademia,radicallyimprovingthewayoftheirrespectiveauthorsorthe...
TYPEOriginalResearchPUBLISHEDNovemberDOI./fneur..OPENACCESSDetailedfindingsofvideofluoroscopicexaminationEDITEDBYamongpatientswithParkinson’sdiseaseontheeectofcervicalGiorgioSandrini,percutaneousinterferentialFondazioneCirnaOnlus,ItalycurrentstimulationREVIEWEDBYMasahiroNakamori,MegumiToko,HidetadaYamada,YukiHayashi,AzusaHaruta,AyaHiraoka,MinekaYoshikawa,ZicaiLiu,ToshikazuNagasaki,KaiUshio,Koh...
第28卷第1期体育学刊Vol.28No.12021年1月JournalofPhysicalEducationJan.2021运动人体科学跑姿再训练对跟腱形态学及等长收缩下跖屈力矩、跟腱力学特性的影响邓力勤,张希妮,肖松林,杨洋,傅维杰23(上海体育学院运动健身科技省部共建教育部重点实验室,上海200438)摘要:探究12周跑姿再训练(GR)对等长收缩时踝关节跖屈力矩、跟腱形态学及力学特性的影响,以期为提高跟腱传递力、预防和减少跑者跟腱损伤风险提供有效训练方法。...
中华临床医师杂志(电子版)2024年2月第18卷第2期ChinJClinicians(ElectronicEdition),February2024,Vol.18,No.2113专家共识盆底功能障碍性疾病诊断及康复治疗专家共识江苏省中西医结合学会盆底疾病专业委员会上海市医师协会肛肠专业委员会北京整合医学学会盆底疾病专业委员会上海市中医药学会肛肠分会盆底功能障碍性疾病(pelvicfloordysfunction,学证据质量和推荐强度,按照推荐意见分级的评PFD)是指由盆底支持结构薄弱、缺...
TYPEOriginalResearchPUBLISHED15May2024DOI10.3389/fneur.2024.1376171OPENACCESSEvaluationofclinicalfactorspredictingdysphagiainpatientsEDITEDBYwithtraumaticandnon-traumaticcervicalspinalcordinjury:aMasahiroNakamori,retrospectivestudyHiroshimaUniversity,JapanJin-WooChoi1,DaeYeongKim1,SunYoungJoo1,REVIEWEDBYDonghwiPark2andMinCheolChang3GiovannaSquintani,1DepartmentofPhysicalMedicineandRehabilitatio...
-210-中国康复理论与实践2024年2月第30卷第2期ChinJRehabilTheoryPract,Feb.,2024,Vol.30,No.2DOI:10.3969/j.issn.1006⁃9771.2024.02.011应用研究前庭电刺激对脑卒中患者侧倾功能障碍的效果龚翔1,王梦寰1,吴存书1,陈珺雯1,肖悦1,2,杨云1,2,孙婉婷1,鲁俊1,2,许光旭1,21.南京医科大学康复医学院,江苏南京市210029;2.南京医科大学第一附属医院康复医学中心,江苏南京市210029通信作者:鲁俊,E-mail:lujunrehab@foxmai...
2024年,第39卷,第5期综述上肢功能康复评估系统研究进展贺婉莹1,2郑金钰1,2马琪琪1,2李素姣1,2喻洪流1,2,3根据脑损伤部位、程度的不同,脑卒中所造成的功能障明确认知也将进一步加大康复治疗师进行康复机器人参数碍表现形式完全不同。其中上肢功能障碍是脑卒中最常见调节的困难程度,从而造成了很多康复机器人的利用率低下的后遗症之一,上肢功能状况会极大程度地影响到患者的自甚至弃用。因此,联结临床量表评估和机器...
第一讲:神经传导的检测王红星东南大学附属中大医院康复医学科神经电生理检测的临床意义定位定程度定性定病因神经结构目录神经传导速度检测Contents神经传导阻滞F波检测及意义H反射检测及意义3周围神经•周围神经由神经细胞、雪旺细胞(Schwann’scell)、结缔组织、血管、淋巴管以及特殊支持细胞组成。周围神经损伤的病理•华勒变性:轴突断裂后,断端远侧轴突和髓鞘变性,并向近端发展。•轴突变性:中毒或营养障碍使胞体蛋白...
ChineseJournalofRehabilitationMedicine,Jul.2024,Vol.39,No.7综述神经调控技术在帕金森病冻结步态中的应用现状及进展王辰1,2朱玉连1,2,3王卫宁21帕金森病冻结步态的概述核(pedunculopontinenucleus,PPN)、楔状核和底状核,其中帕金森病(Parkinsonsdisease,PD)是一种神经系统的PPN对步态尤为重要[6]。基底节接受大脑皮层的输入,并通过GABA能(γ-aminobutyricacid,GABA)投射到其他脑区慢性退行性病变,其临床表现...
TYPEOriginalResearchPUBLISHED14November2022DOI10.3389/fnins.2022.1011824OPENACCESSNeuromuscularelectricalstimulationimprovesEDITEDBYswallowinginitiationinpatientswithpost-strokedysphagiaMesutSahin,NewJerseyInstituteofTechnology,Yao-WenZhang1†,Zu-LinDou1†,FeiZhao1,Chun-QingXie1,UnitedStatesJingShi1,ChenYang1,Gui-FangWan1,Hong-MeiWen1,Pei-RongChen1andZhi-MingTang1,2REVIEWEDBY1DepartmentofRehabi...
NEWADVANCESINNEUROREHABILITATIONEDITEDBY:NicolaSmania,StefanoTamburin,GiorgioSandrini,LeopoldSaltuariandVolkerHoembergPUBLISHEDIN:FrontiersinNeurologyFrontierseBookCopyrightStatementAboutFrontiersThecopyrightinthetextofFrontiersismorethanjustanopen-accesspublisherofscholarlyarticles:itisaindividualarticlesinthiseBookisthepioneeringapproachtotheworldofacademia,radicallyimprovingthewayscholarlyre...
TYPEOriginalResearchPUBLISHED23February2023DOI10.3389/frobt.2023.1091283OPENACCESSFeasibility,coverage,andinter-raterreliabilityoftheEDITEDBYassessmentoftherapeuticinteractionbyahumanoidrobotSigalBerman,providingarmrehabilitationtoBen-GurionUniversityoftheNegev,strokesurvivorsusingtheIsraelinstrumentTHER-I-ACTREVIEWEDBYThomasPlatz1,2,AnnLouisePedersen1andStephanieBobe1JasonFriedman,1Neurorehabi...
TYPEOriginalResearchPUBLISHEDAugustDOI./fnins..OPENACCESSAnimprovedmodelusingconvolutionalslidingEDITEDBYwindow-attentionnetworkformotorimageryEEGclassificationShugengChen,HuashanHospital,FudanUniversity,ChinaYuxuanHuang,JianxuZheng,BinxingXu,XuhangLi,YuLiu,ZijianWang,HuaFengandShiqiCaoREVIEWEDBYSchoolofComputerScienceandTechnology,DonghuaUniversity,Shanghai,China,DepartmentofGiuliaCisotto,Neur...
TYPEOriginalResearchPUBLISHED14August2023DOI10.3389/fneur.2023.1210926OPENACCESSFunctionalimprovementofpatientswithParkinsonEDITEDBYsyndromesusingarehabilitationtrainingsoftwareGiacintoBarresi,ItalianInstituteofTechnology(IIT),ItalyMarcusBarth1,RobertMöbius1,PeterThemann2,ErdemGüresir1,CorneliaMatzke1,DirkWinkler1andREVIEWEDBYRonnyGrunert1,3MegE.Morris,1DepartmentofNeurosurgery,FacultyofMedic...
TYPEMiniReviewPUBLISHED13February2024DOI10.3389/fneur.2024.1355627OPENACCESSQuantitativeevaluationofswallowingfunctioninEDITEDBYParkinson’sdiseaseusingtonguepressuremeasurement:aOmarOrtegaFernández,mini-reviewConsorciSanitaridelMaresme,SpainTatsuyukiFukuoka1,KazuhiroHori2andTakahiroOno3REVIEWEDBY1DepartmentofRehabilitation,FacultyofRehabilitation,HiroshimaInternationalUniversity,Hiroshima,Aya...
TYPECaseReportPUBLISHED06March2024DOI10.3389/fresc.2024.1267608EDITEDBYUseofanuprightpowerwheelchairinspinalcordinjury:GiacintoBarresi,acaseseriesItalianInstituteofTechnology(IIT),ItalyEunkyoungHong1,2,MichaelElliott1,StephenKornfeld1,2andREVIEWEDBYAnnM.Spungen1,2,3MasausoChirwa,1SpinalCordDamageResearchCenter,JamesJ.PetersVAMedicalCenter,Bronx,NY,UnitedStates,UniversityofZambia,Zambia2Departme...
TYPEOriginalResearchPUBLISHED22November2023DOI10.3389/frobt.2023.1230086OPENACCESSAugmentedfeedbackmodesduringfunctionalgrasptrainingEDITEDBYwithanintelligentgloveandvirtualrealityforpersonswithThomasPlatz,traumaticbraininjuryUniversityofGreifswald,GermanyMingxiaoLiu1,2,SamuelWilder1,2,SeanSanford1,2,REVIEWEDBYMichaelGlassen3,SophieDewil1,2,SohaSaleh3andRavirajNataraj1,2GiacintoBarresi,ItalianI...
ChineseJournalofRehabilitationMedicine,Jul.2024,Vol.39,No.7综述事件相关电位成分失匹配负波和P300在神经精神系统疾病中的临床应用研究进展孙叶菁1冯珍1,2差ERP成分与标准ERP成分相减得到的潜伏期为100—250ms,波幅为0.5—5μV的负差异波。MMN大部分来源于事件相关电位(event-relatedpotentials,ERPs)是一种双侧听觉皮层,包括初级听皮层以及相关区域,双侧额叶也特殊的脑诱发电位,反映了认知过程中大脑神经电生理的变...
TYPEOriginalResearchPUBLISHED21February2024DOI10.3389/fneur.2024.1284780OPENACCESSPeripheralnerveblocksofwristandfingerflexorscanincreaseEDITEDBYhandopeninginchronichemipareticstrokeMariannaSemprini,ItalianInstituteofTechnology(IIT),ItalyHendrikA.Dewald1,JunYao2,3,JuliusP.A.Dewald2,3,AntounNader4andRobertF.Kirsch1,5REVIEWEDBY1DepartmentofBiomedicalEngineering,CaseWesternReserveUniversity,Clevel...