复合磷酸钙骨水泥的研究进展
杨建东
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作者(Author): 杨建东
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参考文献(References)：
- [1] MiyamotoY ,IshikawaK ,TakechiM ,etal.Tissueresponsetofast settingcalciumphosphatecementinbone[J].JBiomedMaterRes,1997,37(4):457～464.
- [2] IshikawaK ,MiyamotoY ,TakechiM ,etal.Nondecaytypefast settingcalciumphosphatecement:hydroxyapatiteputtycontaininganincreasedamountofsodiumalginate[J].JBiomedMaterRes,1997,36(3):393～399.
- [3] MiyamotoY ,IshikawaK ,TakechiM ,etal.Histologicalandcom positionalevaluationsofthreetypesofcalciumphosphatecementswhenimplantedinsubcutaneoustissueimmediatelyaftermixing[J].JBiomedMaterRes,1999,48(1):36～42.
- [4] XuHH ,QuinnJB .Whisker reinforcedbioactivecompositescontain ingcalciumphosphatecementfillers:effectsoffillerratioandsurfacetreatmentsonmechanicalproperties[J].JBiomedMaterRes,2001,57(2):165～174.
- [5] dosSantosLA ,deOliveriraLC ,daSilvaRigoEC ,etal.Fiberre inforcedcalcium phosphatecement[J].ArtificialOrgans,2000,24(3):212～216.
- [6] XuHHK ,QuinnJB .Calcium phosphatecementcontainingre sorbablefibersforshort termreinforcementandmacroporosity[J].Biomaterials,2002,23(1):193～202.
- [7] WangX ,MaJ,WangY ,etal.Structuralcharacterizationofphos phorylatedchitosanandtheirapplicationsaseffectiveadditivesofcal ciumphosphatecements[J].Biomaterials,2001,22(6):2247～2255.
- [8] SimonCGJr,KhatriCA ,WightSA ,etal.Preliminaryreportonthebiocompatibilityofamoldable,resorbable,compositebonegraftconsistingofcalcium phosphatecementandpoly(lactide co glycol ide)microspheres[J].JOrthopRes,2002,20(3):473～482.
- [9] OhuraK ,HamanishiC ,TanakaS ,etal.HealingofsegmentalbonedefectinratsinducedbyabetaTCP MCPMcementcombinatedwithrhBMP 2[J].JBiomedMaterRes,1999,44(2):168～175.
- [10]孙明林,胡蕴玉,张瑞萍,等.磷酸钙骨水泥/骨形态发生蛋白复合人工骨修复骨缺损的实验研究[J].现代康复,2001,5(5(B)):32～33.
- [11]VohofJW ,MahmoodJ,TakitaH ,etal.Ectopicboneformationintitaniummeshloadedwithbonemorphogeneticproteinandcoatedwithcalciumphosphate[J].PlastReconstrSurg,2001,108(2):434～443.
- [12]BlomEJ ,KleinNulendJ ,KleinCP ,etal.Transforminggrowthfactor beta1incorporatedduringsettingincalcium phosphatece mentstimulatesbonecelldifferentiationinvitro[J].JBiomedMaterRes,2000,50(1):67～74.
- [13]BlomEJ ,KleinNulendJ ,WolkeJGC ,etal.Transforminggrowthfactor betalincorporationinanalpha tricalciumphosphate/dicalciumphosphatedihydrate/tetracalcium phosphatemonoxidecement:re leasecharacteristicsand physicochemicalproperties[J].Biomateri als,2002,23(4):1261～1268.
- [14]VehofJW ,HausMT ,deRuijterAE ,etal.Boneformationintransforminggrowthfactorbeta1loadedtitaniumfibermeshim plants[J].ClinOralImplantsRes,2002,13(1):94～102.
- [15]MerawSJ,ReeveCM ,LohseCM ,etal.Treatmentof peri im plantdefectswithcombinationgrowthfactorcement[J].JPeri odontol,2000,71(1):8～13.
- [16]OreffoRO ,DriessensFC ,PlanellJA ,etal.Growthanddifferentia tionofhumanbonemarrowosteoprogenitorsonnovelcalciumphos phatecements[J].Biomaterials,1998,19(20):1845～1854.
- [17]KnabeC ,DriessensFC ,PlanellJA ,etal.Evaluationofcalciumphosphatesandexperimentalcalciumphosphatebonecementsusingosteogeniccultures[J].JBiomedMaterRes,2000,52(3):498～508.
- [18]NoskiT ,YoshikawaT ,DohiY ,etal.Recombinanthumanbonemorphogeneticprotein2potentiatestheinvivoosteogenicabilityofmarrow/hydroxyapatitecomposites[J].ArtifOrgans,2001,25(3):201～208.
- [19]BohnerM ,LemaitreJ ,MerkleHP ,etal.Controlofgentamicinre leasefromacalciumphosphatecementbyadmixedpoly(acrylicacid)[J].JPharmSci,2000,89(10):1262～1270.
- [20]张进军,李兵仓,陈青,等.磷酸钙骨水泥承载头孢哌酮钠后对其理化特性的影响[J].生物医学工程学杂志,2000,17(4):400～402.
- [21]SuzukiT ,AraiK ,GotoH ,etal.Theeffectofaddingcefobiduponthephysiochemicalpropertiesofcalcium phosphatecementDissolu tiontestsforself settingcalcium phosphatecement containingnifedipine[J].ChenPharmBull(Tokyo),2002,50(6):741～743.