运动对糖尿病人群动脉僵硬度的影响综述
摘要
关键词
全文:
PDF参考
[1]中国心血管健康与疾病报告2020概要[J].中国循环杂志,2021,36(06):521-545.[2]Yang,G.etal.RapidhealthtransitioninChina,1990-2010:findingsfromtheGlobalBurdenofDiseaseStudy2010.Lancet381,1987–2015(2013).[3]NationalCenterforCardiovascularDiseases.ReportonCardiovascularDiseasesinChina2017[Chinese](EncyclopediaofChinaPublishingHouse,2017).[4]BullFC,Al-AnsariSS,BiddleS,etal.WorldHealthOrganization2020guidelinesonphysicalactivityandsedentarybehaviour[J].BrJSportsMed,2020,54(24):1451-1462.[5]WHOPhysicalInactivity:AGlobalPublicHealthProblem.WorldHealthOrganization:Geneva,Switzerland,2012.[6]Lee,J.G;Joo,S.J.Arterialstiffnessandcardiovascularrisk.KoreanJ.Intern.Med.2019,34,504–506.[7]Shirwany,N.A;Zou,M.Arterialstiffness:Abriefreview.ActaPharmacol.Sin.2010,31,1267–1276.[8]Tanaka,H;Dinenno,F.A;Monahan,K.D;etal.Aging,habitualexercise,anddynamicarterialcompliance.Circulation2000,102,1270–1275.[9]Lee,J.G.;Joo,S.J.Arterialstiffnessandcardiovascularrisk.KoreanJ.Intern.Med.2019,34,504–506.[10]Rajzer,M.W;Wojciechowska,W;Klocek,M;etal.Comparisonofaorticpulsewavevelocitymeasuredbythreetechniques:Complior,SphygmoCorandArteriograph.J.Hypertens.2008,26,2001–2007.[11]Amar,J.;Ruidavets,J.B.;Chamontin,B;etal.Arterialstiffnessandcardiovascularriskfactorsinapopulation-basedstudy.J.Hypertens.2001,19,381–387.[12]Laurent,S;Cockcroft,J;VanBortel,L;etal.Expertconsensusdocumentonarterialstiffness:Methodologicalissuesandclinicalapplications.Eur.HeartJ.2006,27,2588–2605.[13]IkonomidisI,KadoglouN,TsiotraPC,etal.ArterialstiffnessisassociatedwithincreasedmonocyteexpressionofadiponectinreceptormRNAandproteininpatientswithcoronaryarterydisease.AmJHypertens2012;25:746–755.[14]McNultyM,MahmudA,SpiersP,etal.Collagentype-Idegradationisrelatedtoarterialstiffnessinhypertensiveandnormotensivesubjects.JHumHypertens2006;20:867–873.[15]ChatzikyriakouSV,TziakasDN,ChalikiasGK,etal.Serumlevelsofcollagentype-Idegradationmarkersareassociatedwithvascularstiffnessinchronicheartfailurepatients.EurJHeartFail2008;10:1181–1185.[16]S.Laurent,P.Boutouyrie,andP.Lacolley,“Structuralandgeneticbasesofarterialstiffness,“Hypertension,vol.45,no.6,pp.1050–1055,2005.[17]P.V.Vaitkevicius,M.Lane,H.Spurgeonetal.,“Across-linkbreakerhassustainedeffectsonarterialandventricularpropertiesinolderrhesusmonkeys,”ProceedingsoftheNationalAcademyofSciencesoftheUnitedStatesofAmerica,vol.98,no.3,pp.1171–1175,2001.[18]A.Tsamis,J.T.Krawiec,D.A.Vorp,“Elastinandcollagenfibremicrostructureofthehumanaortainageinganddisease:areview,”JournaloftheRoyalSocietyInterface,vol.10,no.83,ArticleID20121004,2013.[19]GoAS,MozaffarianD,RogerVL,BenjaminEJ,BerryJD,BordenWB,BravataDM,DaiS,FordES,FoxCS,etal;AmericanHeartAssociationStatisticsCommitteeandStrokeStatisticsSubcommittee.Heartdiseaseandstrokestatistics–2013update:areportfromtheAmericanHeartAssociation.Circulation.2013;127:e6–e245.[20]WeberT.Arterialstiffness,wavereflections,anddiabetes:abidirectionalrelationship?AmJHypertens.2010Oct;23(10):1047-8.[21]YeboahK,PuplampuP,AinusonJ,AkpaluJ,GyanB,AmoahAG.PeripheralarterydiseaseandexertionallegsymptomsindiabetespatientsinGhana.BMCCardiovascDisord.2016Apr19;16:68.[22]ZhengM,ZhangX,ChenS,SongY,ZhaoQ,GaoX,WuS.ArterialStiffnessPrecedingDiabetes:ALongitudinalStudy.CircRes.2020Dec4;127(12):1491-1498.[23]MuhammadIF,BornéY,ÖstlingG,KennbäckC,GottsäterM,PerssonM,NilssonPM,EngströmG.ArterialStiffnessandIncidenceofDiabetes:APopulation-BasedCohortStudy.DiabetesCare.2017Dec;40(12):1739-1745.[24]ChirinosJA,SegersP,HughesT,TownsendR.Large-ArteryStiffnessinHealthandDisease:JACCState-of-the-ArtReview.JAmCollCardiol.2019Sep3;74(9):1237-1263.[25]中国2型糖尿病防治指南(2017年版)[J].中国实用内科杂志,2018,38(04):292-344.[26]WayKL,KeatingSE,BakerMK,ChuterVH,JohnsonNA.TheEffectofExerciseonVascularFunctionandStiffnessinType2Diabetes:ASystematicReviewandMeta-analysis.CurrDiabetesRev.2016;12(4):369-383.[27]TanakaH,DinennoFA,MonahanKD,ClevengerCM,DeSouzaCA,SealsDR.Aging,habitualexercise,anddynamicarterialcompliance.Circulation.2000Sep12;102(11):1270-5.[28]CollierSR,KanaleyJA,CarhartRJr,etal.Effectof4weeksofaerobicorresistanceexercisetrainingonarterialstiffness,bloodflowandbloodpressureinpre-andstage-1hypertensives.JHumHypertens.2008Oct;22(10):678-86.[29]EdwardsDG,SchofieldRS,MagyariPM,etal..Effectofexercisetrainingoncentralaorticpressurewavereflectionincoronaryarterydisease.AmJHypertens.2004Jun;17(6):540-3.[30]GielenS,SchulerG,AdamsV.Cardiovasculareffectsofexercisetraining:molecularmechanisms.Circulation.2010Sep21;122(12):1221-38.[31]RoqueFR,BrionesAM,García-RedondoAB,etal.Aerobicexercisereducesoxidativestressandimprovesvascularchangesofsmallmesentericandcoronaryarteriesinhypertension.BrJPharmacol.2013Feb;168(3):686-703.[32]CookeAB,DasguptaK,SpronckB,etal.AdultsWithType2DiabetesMellitusExhibitaGreaterExercise-InducedIncreaseinArterialStiffnessandVesselHemodynamics.Hypertension.2020Jun;75(6):1565-1573.[33]MutterAF,CookeAB,SalehO,etal.Asystematicreviewontheeffectofacuteaerobicexerciseonarterialstiffnessrevealsadifferentialresponseintheupperandlowerarterialsegments.HypertensRes.2017Feb;40(2):146-172.
DOI: http://dx.doi.org/10.12361/2661-3603-05-03-115375
Refbacks
- 当前没有refback。