论文网
软骨有关论文范例,与组织工程软骨种子细胞进展相关毕业论文范文
本论文是一篇软骨有关毕业论文范文,关于组织工程软骨种子细胞进展相关硕士毕业论文范文。免费优秀的关于软骨及细胞及工程学方面论文范文资料,适合软骨论文写作的大学硕士及本科毕业论文开题报告范文和学术职称论文参考文献下载。
grativerepairofcartilagewitharticularandnonarticularchondrocytes[J].TissueEng,2004,10（9-10）：1308-1315.[16]YanH,YuC.Repairoffull-thicknesscartilagedefectswithcellsofdifferentorigininarabbitmodel[J].Arthroscopy,2007,23（2）：178-187.
[17]FrenchMM,RoseS,CansecoJ,etal.Chondrogenicdifferentiationofadultdermalfibroblasts[J].AnnBiomedEng,2004,32（1）：50-56.
[18]YatesKE,ForbesRL,GlowackiJ.Newchondrocytegenesdiscoveredbyrepresentationaldifferenceanalysisofchondroinducedhumanfibroblasts[J].CellsTissuesOrgans,2004,176（1-3）：41-53.
[19]LeeKH,SongSU,HwangTS,etal.Regenerationofhyalinecartilagebycell-mediatedgenetherapyusingtransforminggrowthfactorbeta1-producingfibroblasts[J].HumGeneTher,2001,12（14）：1805-1813.
[20]DengY,HuJC,AthanasiouKA.Isolationandchondroinductionofadermis-isolated,aggrecansensitivesubpopulationwithhighchondrogenicpotential[J].ArthritisRheum,2007,56（1）：168-176.[21]JohnstoneB,HeringTM,CaplanAI,etal.Invitrochondrogenesisofbonemarrow-derivedmesenchymalprogenitorcells[J].ExpCellRes,1998,238（1）：265-272.
[22]ZukPA,ZhuM,MizunoH,etal.Multilineagecellsfromhumanadiposetissue：implicationsforcell-basedtherapies[J].TissueEng,2001,7（2）：211-228.
[23]NawataM,WakitaniS,NakayaH,etal.Useofbonemorphogeicprotein2anddiffusionchamberstoengineercartilagetissuefortherepairofdefectsinarticularcartilage[J].ArthritisRheum,2005,52（1）：155-163.
[24]SakaguchiY,SekiyaI,YagishitaK,etal.Comparisonofhumanstemcellsderivedfromvariousmesenchymaltissues：superiorityofsynoviumasacellsource[J].ArthritisRheum,2005,52（8）：2521-2529.
[25]FukumotoT,SperlingJW,SanyalA,etal.Combinedeffectsofinsulin-likegrowthfactor-1andtransforminggrowthfactor-beta1onperiostealmesenchymalcellsduringchondrogenesisinvitro[J].OsteoarthritisCartilage,2003,11（1）：55-64.
[26]CongetPA,MinguellJJ.Phenotypicalandfunctionalpropertiesofhumanbonemarrowmesenchymalprogenitorcells[J].JCellPhysiol,1999,181（1）：67-73.
[27]ColterDC,ClassR,DiGirolamoCM,etal.Rapidexpansionofre2cyclingstemcellsinculturesofplastic-adherentcellsfromhumanbonemarrow[J].ProcNatAcadSciUSA,2000,97（7）：3213-3218.
[28]WorsterAA,NixonAJ,BrowerTolandBD,etal.Effectoftransforminggrowthfactorbeta1onchondrogenicdifferentiationofculturedequinemesenchymalstemcells[J].AmJVetRes,2000,61（9）：1003-1011.
[29]YooJU,BarthelTS,NishimuraK,etal.Thechondrogenicpotentialofhumanbone-marrowderivedmesenchymalprogenitorcells[J].JBoneJointSurg（Am）,1998,8（12）：17-25.
[30]LiechtyKW,MacKenzieTC,ShaabanAF,etal.Humanmesenchymalstemcellsengraftanddemonstratesitespecificdifferentiationafterinuterotransplantationinsheep[J].NatMed,2000,6（11）：1282-1286.
[31]ZukPA,ZhuM,AshjianP,etal.Humanadiposetissueisasourceofmultipotentstemcells[J].MolBiolCell,2002,13（12）：4279-4295.
[32]ChiouM,XuY,LongakerMT.etal.Mitogenicandchondrogeniceffectsoffibroblastgrowthfactor-2inadipose-derivedmesenchymalcells[J].BiochemBiophysResCommun,2006,343（2）：644-652.
[33]AwadHA,WickhamMQ,LeddyHA,etal.Chondrogenicdifferentiationofadipose-derivedadultstemcellsinagarose,alginate,andgelatinscaffolds[J].Biomaterials,2004,25（16）：3211-3222.
[34]LinY,LuoE,ChenX,etal.Molecularandcellularcharacterizationduringchondrogenicdifferentiationofadiposetissue-derivedstromalcellsinvitroandcartilageformationinvivo[J].JCellMolMed,2005,9（4）：929-939.[35]MasuokaK,AsazumaT,HattoriH,etal.Tissueengineeringofarticularcartilagewithautologousculturedadiposetissue-derivedstromalcellsusingatelocollagenhoneyb-shapedscaffoldwithamembranesealinginrabbits[J].JBiomedMaterResBApplBiomater,2006,79（1）：25-34.
[36]BetreH,OngSR,GuilakF,etal.Chondrocyticdifferentiationofhumanadipose-derivedadultstemcellsinelastin-likepolypeptide[J].Biomaterials,2006,27（1）：91-99.
[37]KramerJ,HegertC,GuanK,etal.Embryonicstemcell-derivedchondrogenicdifferentiationinvitro：activationbyBMP-2andBMP-4[J].MechDev,2000,92（2）：193-205.
[38]MasonJM,BreitbartAS,BarciaM,etal.Cartilageandboneregenerationusinggeneenhancedtissueengineering[J].ClinOrthopRelatRes,2000,（379Suppl）：S171-178.
[39]DavidsonD,BlancA,FilionD,etal.Fibroblastgrowthfactor（FGF）18signalsthroughFGFreceptor3topromotechondrogenesis[J].JBiolC
软骨有关论文范例,与组织工程软骨种子细胞进展相关毕业论文范文参考文献资料：