AbeT.; SaigoY.; HojoM.; KanoT.; WakusawaR.; TokitaY.; TamaiM.Protection of photoreceptor cells from phototoxicity by transplanted retinal pigment epithelial cells expressing different neurotrophic factors.Cell Transplant.14: 799–808; 2005.
2.
AlemdarA. Y.; SadiD.; McalisterV. C.; MendezI.Liposomal formulations of tacrolimus and rapamycin increase graft survival and fiber outgrowth of dopaminergic grafts.Cell Transplant.13: 263–272; 2004.
3.
AlexandrovaK.; GrieselC.; BartholdM.; HeuftH-G.; OttM.; WinklerM.; SchremH.; MannsM. P.; BredehornT.; NetM.; ManyalichI; VidalM.; Kafert-KastingS.; ArsenievL.Large-scale isolation of human hepatocytes for therapeutic application.Cell Transplant.14: 845–853; 2005
4.
AllenK. J.; CheahD. M. Y.; LeeX. K.; Pettigrew-BuckN. E.; VadolasJ.; MercerJ. F. B.; IoannouP. A.; WilliamsonR.The potential of bone marrow stem cells to correct liver dysfunction in a mouse model of Wilson's disease.Cell Transplant.13: 764–773; 2004.
5.
AmbrosinoG.; BassoS. M. M.; VarottoS.; ZardiE.; PicardiA.; D'AmicoD. F.Isolated hepatocytes versus hepatocyte spheroids: In vitro culture of rat hepatocytes.Cell Transplant.14: 397–401; 2005.
6.
AmbrosinoG.; TosoC.; MatheZ.; MorelP.; OberholzerJ.; BoscoD.; Sainz-VidalD.; HunkelerD.; BuhlerL.-H.; WandreyC.; BerneyT.Effect of microcapsule composition and short-term immunosuppression on intraportal biocompatibility.Cell Transplant.14: 159–167; 2005.
7.
AndresR. H.; DucrayA. D.; Pérez-BouzaA.; SchlattnerU.; HuberA. W.; KrebsR. H.; SeilerR. W.; WallimannT.; WidmerH. R.Creatine supplementation improves dopaminergic cell survival and protects against MPP+ toxicity in an organotypic tissue culture system.Cell Transplant.14: 537–550; 2005.
AokiT.; KoizumiT.; KobayashiY.; YasudaD.; IzumidaY.; JinZ.; NishinoN.; ShimizuY.; KatoH.; MuraiN.; NiiyaT.; EnamiY.; MitamuraK.; YamamotoT.; KusanoM.A novel method of cryopreservation of rat and human hepatocytes by using encapsulation technique and possible use for cell transplantation.Cell Transplant.14: 609–620; 2005.
10.
AtoufF.; ChoiY.; FowlerM. J.; PoffenbergerG.; VobeckyJ.; TaM.; ChapmanG. M.; PowersA. W.; LumelskyN. L.Generation of islet-like hormone-producing cells in vitro from adult human pancreas.Cell Transplant.14: 735–748; 2005.
11.
AurichH.; KoenigS.; SchneiderC.; WalldorfJ.; KrauseP.; FleigW. E.; ChristB.Functional characterization of serum-free cultured rat hepatocytes for downstream transplantation applications.Cell Transplant.14: 497–506; 2005.
12.
BacouF.; Boubaker el AndalousiR.; DaussinP.-A.; MicallefJ.-P.; LevinJ. M.; ChammasM.; CasteillaL.; ReyneY.; NouguèsJ.Transplantation of adipose tissue-derived stromal cells increases mass and functional capacity of damaged skeletal muscle.Cell Transplant.13: 103–111; 2004.
13.
BarakatD. J.; GaglaniS. M.; NeravetlaS. R.; SanchezA. R.; AndradeC. M.; PressmanY.; PuzisR.; GargM. S.; BungeM. B.; PearseD. D.Survival, integration, and axon growth support of glia transplanted into the chronically contused spinal cord.Cell Transplant.14: 225–240; 2005.
14.
BarnettM. J.; McGhee-WilsonD.; ShapiroA. M. J.; LakeyJ. R. T.Variation in human islet viability based on different membrane integrity stains.Cell Transplant.13: 481–488; 2004.
BartlettL. E.; MendezI.Dopaminergic reinnervation of the globus pallidus by fetal nigral grafts in the rodent model of Parkinson's disease.Cell Transplant.14: 119–127; 2005.
17.
BeierJ. P.; KneserU.; Stern-SträterJ.; StarkG. B.; BachA. D.Y chromosome detection of three-dimension tissue-engineered skeletal muscle constructs in a syngeneic rat animal model.Cell Transplant.13: 45–53; 2004.
18.
BergT.; WuT.; Levay-YoungB.; HeussN.; PanY.; KirchhofN.; SutherlandD. E. R.; HeringB. J.; GuoZ.Comparison of tolerated and rejected islet grafts: A gene expression study.Cell Transplant.13: 619–629; 2004.
19.
BergertH.; KnochK.-P.; MeisterfeldR.; JägerM.; OuwendijkJ.; KerstingS.; SaegerH. D.; SolimenaM.Effect of oxygenated perfluorocarbons on isolated rat pancreatic islets in culture.Cell Transplant.14: 441–448; 2005.
20.
BjugstadK. B.; RedmondD. E.Jr.; TengY. D.; ElsworthJ. D.; RothR. H.; BlanchardB. C.; SnyderE. Y.; SladekJ. R.Jr.Neural stem cells implanted into MPTP-treated monkeys increase the size of endogenous tyrosine hydroxylase-positive cells found in the striatum: A return to control measures.Cell Transplant.14: 183–192; 2005.
21.
BorlonganC. V.; YuG.; MatsukawaN.; YasuharaT.; HaraK.; XuL.Cell transplantation: Stem cells in the spotlight.Cell Transplant.14: 519–526; 2005.
22.
BosioE.; Lee-PullenT. F.; FragallC. T.; BeilharzM. W.; BennettA. L.; GroundsM. D.; HodgettsS. I.; SammelsS. L.A comparison between real-time quantitative PCR and DNA hybridization for quantitation of male DNA following myoblast transplantation.Cell Transplant.13: 817–821; 2004.
23.
CameronD. F.; HushenJ. J.; ColinaL.; MalleryJ.; WillingA. E.; SanbergP. R.; SaportaS.Formation and structure of transplantable tissue constructs generated in simulated microgravity from Sertoli cells and neuron precursors.Cell Transplant.13: 755–763; 2004.
24.
CantzT.; SharmaA. D.; Jochheim-RichterA.; ArsenievL.; KleinC.; MannsM. P.; OttM.Reevaluation of bone marrow-derived cells as a source for hepatocyte regeneration.Cell Transplant.13: 659–666; 2004.
25.
ChiangY.-H.; BorlonganC. V.; ZhouF.-C.; HofferB. J.; WangY.Transplantation of fetal kidney cells: Neuroprotection and neuroregeneration.Cell Transplant.14: 1–9; 2005.
26.
CostaC.; PizzolatoM. C.; ShenY.; WangY.; FodorW. L.CD86 blockade in genetically modified porcine cells delays xenograft rejection by inhibiting T-cell and NK-cell activation.Cell Transplant.13: 75–87; 2004.
27.
DabosK. J.; NelsonL. J.; HewageC. H.; ParkinsonJ. A.; HowieA. F.; SadlerI. H.; HayesP. C.; PlevrisJ. N.Comparison of bioenergetic activity of primary porcine hepatocytes cultured in four different media.Cell Transplant.13: 213–229; 2004.
28.
DahlS. L. M.; RuckerR. B.; NiklasonL. E.Effects of copper and cross-linking on the extracellular matrix of tissue engineered arteries.Cell Transplant.14: 367–374; 2005.
29.
de VosP.; de HaanB. J.; de HaanA.; van ZantenJ.; FaasM. M.The contribution of chemokines and chemokine receptors to the rejection of fetal proislet allografts.Cell Transplant.13: 515–524; 2004.
30.
DibN.; McCarthyP.; CampbellA.; YeagerM.; PaganiF. D.; WrightS.; MacLellanW. R.; FonarowG.; EisenH. J.; MichlerR. E.; BinkleyP.; BucheleD.; KornR.; GhazoulM.; DinsmoreJ.; OpieS. R.; DiethrichE.Feasibility and safety of autologous myoblast transplantation in patients with ischemic cardiomyopathy.Cell Transplant.14: 11–19; 2005.
31.
Domínguez-BendalaJ.; RicordiC.Stem cell plasticity and tissue replacement.Cell Transplant.14: 423–425; 2005.
32.
DufourJ. M.; GoresP.; HemendingerR.; EmerichD. F.; HalberstadtC. R.Transgenic Sertoli cells as a vehicle for gene therapy.Cell Transplant.13: 1–6; 2004.
33.
El-ShewyH. E.; KendallW. F.Jr.; DarrabieM.; CollinsB. H.; OparaE. C.Polyvinyl pyrrolidone: A novel cryoprotectant in islet cell cryopreservation.Cell Transplant.13: 237–243; 2004.
34.
EmerichD. F.Dose-dependent neurochemical and functional protection afforded by encapsulated CNTF-producing cells.Cell Transplant.13: 839–844; 2004.
35.
EmerichD. F.The convergence of cell transplantation and nanoengineering.Cell Transplant.13: 477–479; 2004.
36.
EmerichD. F.; WinnS. R.Neuroprotective effects of encapsulated CNTF-producing cells in a rodent model of Huntington's disease are dependent on the proximity of the implant to the lesioned striatum.Cell Transplant.13: 253–259; 2004.
37.
EmerichD. F.; SkinnerS. J. M.; BorlonganC. V.; ThanosC. G.A role of the choroid plexus in transplantation therapy.Cell Transplant.14: 715–725; 2005.
38.
EnosawaS.; TakahashiN.; AmemiyaH.; MotomiyaY.Transplantation of nonvascularized kidney tissue fragments into the rat liver with the aim of preserving renal function.Cell Transplant.13: 413–419; 2004.
39.
ErdagG.; MorganJ. R.Allogeneic versus xenogeneic immune reaction to bioengineered skin grafts.Cell Transplant.13: 701–712; 2004.
40.
FanC. G.; TangF. W.; ZhangQ. J.; LuS. H.; LiuH. Y.; ZhaoZ. M.; LiuB.; HanZ. B.; HanC. H.Characterization and neural differentiation of fetal lung mesenchymal stem cells.Cell Transplant.14: 311–321; 2005.
41.
FenjvesE. S.; OchoaM. S.; Gay-RabinsteinC.; RicordiC.; CurranM. A.Retrovirally transferred genes inhibit apoptosis in an insulin-secreting cell line: implications for islet transplantation.Cell Transplant.13: 489–496; 2004.
42.
FisherR. A.; BuD.; ThompsonM.; WolfeL.; RitterJ. K.Optimization of conditions for clinical human hepatocyte infusion.Cell Transplant.13: 677–689; 2004.
43.
FrakerC.; MontelongoJ.; SzustJ.; KhanA.; RicordiC.The use of multiparametric monitoring during islet cell isolation and culture: A potential tool for in-process corrections of critical physiological factors.Cell Transplant.13: 497–502; 2004.
44.
FreedW. J.A perspective on transplantation therapy and stem cells for Parkinson's disease.Cell Transplant.13: 839–844; 2004.
45.
Fricker-GatesR. A.; MuirJ. A.; DunnettS. B.Transplanted hnt cells (“LBS neurons”) in a rat model of Huntington's disease: Good survival, incomplete differentiation, and limited functional recovery.Cell Transplant.13: 123–136; 2004.
46.
FroudT.; YrizarryJ. M.; AlejandroR.; RicordiC.Use of D-stat™ to prevent bleeding following percutaneous transhepatic intraportal islet transplantation.Cell Transplant.13: 55–59; 2004.
FujitaR.; HuiT.; ChellyM.; DemetriouA. A.The effect of antioxidants and a caspase inhibitor on cryopreserved rat hepatocytes.Cell Transplant.14: 391–396; 2005.
49.
FukudaK.; SugiharaA.; NakashoK.; TsujimuraT.; YamadaN.; OkayaA.; SakagamiM.; TeradaN.The origin of biliary ductular cells that appear in the spleen after transplantation of hepatocytes.Cell Transplant.13: 27–33; 2004.
50.
FukudaJ.; OkamuraK.; IshiharaK.; MizumotoH.; NakazawaK.; IjimaH.; KajiwaraT.; FunatsuK.Differentiation effects by the combination of spheroid formation and sodium butyrate treatment in human hepatoblastoma cell line (Hep G2): A possible cell source for hybrid artificial liver.Cell Transplant.14: 819–827; 2005.
51.
FukuharaS.; TomitaS.; NakataniT.; OhtsuY.; IshidaM.; YutaniC.; KitamuraS.G-CSF promotes bone marrow cells to migrate into infarcted mice heart, and differentiate into cardiomyocytes.Cell Transplant.13: 741–748; 2004.
52.
GaliñanesM.; LoubaniM.; DaviesJ.; ChinD.; PasiJ.; BellP. R.Autotransplantation of unmanipulated bone marrow into scarred myocardium is safe and enhances cardiac function in humans.Cell Transplant.13: 7–13; 2004.
GandilletA.; VidalI.; AlexandreE.; AudetM.; Chenard-NeuM.-P.; StutzmannJ.; HeydB.; JaeckD.; RichertL.Experimental models of acute and chronic liver failure in nude mice to study hepatocyte transplantation.Cell Transplant.14: 277–290; 2005.
55.
GaoQ.; KatakowskiM.; ChenX.; LiY.; ChoppM.Human marrow stromal cells enhance connexin43 gap junction intercellular communication in cultured astrocytes.14: 109–117; 2005.
56.
GazdaL. S.; AdkinsH.; BailieJ. A.; ByrdW.; CircleL.; ConnB.; DiehlC. H.; HallR. D.; RubinA. L.; SmithB. H.The use of pancreas biopsy scoring provides reliable porcine islet yields while encapsulation permits the determination of microbiological safety.Cell Transplant.14: 427–439; 2005.
57.
GeZ.; Cho Hong GohJ.; Hin LeeE.The effects of bone marrow-derived mesenchymal stem cells and fascia wrap application to anterior cruciate ligament tissue engineering.Cell Transplant.14: 763–773; 2005.
58.
GeZ.; Cho Hong GohJ.; LeeE. H.Selection of cell source for ligament tissue engineering.Cell Transplant.14: 573–583; 2005.
59.
GeigerM. C.; FerreiraJ. V.; HafizM. M.; FroudT.; BaidalD. A.; MeneghiniL. F.; RicordiC.; AlejandroR.Evaluation of metabolic control using a continuous subcutaneous glucose monitoring system in patients with type 1 diabetes mellitus who achieved insulin independence after islet cell transplantation.Cell Transplant.14: 77–84; 2005.
60.
GiulianiM.; MoritzW.; BodmerE.; DindoD.; KugelmeierP.; LehmannR.; GassmannM.; GroscurthP.; WeberM.Central necrosis in isolated hypoxic human pancreatic islets: Evidence for postisolation ischemia.Cell Transplant.14: 67–76; 2005.
61.
GranickaL. H.; WdowiakM.; KosekA.; SwiezewskiS.; WasilewskaD.; JankowskaE.; WerynskiA.; KawiakJ.Survival analysis of Escherichia coli encapsulated in a hollow fiber membrane in vitro and in vivo: Preliminary report.Cell Transplant.14: 323–330; 2005.
62.
GwakS.-J.; KimS.-S.; SungK.; HanJ.; ChoiC.-Y.; KimB.-S.Synergistic effect of keratinocyte transplantation and epidermal growth factor delivery on epidermal regeneration.Cell Transplant.14: 809–817; 2005.
HanD.; LeithJ.; AlejandroR.; BoltonW.; RicordiC.; KenyonN. S.Peripheral blood cytotoxic lymphocyte gene transcript levels differ in patients with long-term type 1 diabetes compared to normal controls.Cell Transplant.14: 403–409; 2005.
65.
HayashiM.; LiT.-S.; ItoH.; MikamoA.; HamanoK.Comparison of intramyocardial and intravenous routes of delivering bone marrow cells for the treatment of ischemic heart disease: An experimental study.Cell Transplant.13: 639–647; 2004.
66.
HenningR. J.; Abu-AliH.; BalisJ. U.; MorganM. B.; WillingA. E.; SanbergP. R.Human umbilical cord blood mononuclear cells for the treatment of acute myocardial infarction.Cell Transplant.13: 729–739; 2004.
67.
HubinF.; HumbletC.; BelaidZ.; GreimersR.; BoniverJ.; ThiryA.; DefresneM.-F.Maintenance of functional human cancellous bone and human hematopoiesis in NOD/SCID mice.Cell Transplant.13: 823–831; 2004.
68.
HughesS. J.; YangW.; JuszczakM.; JonesG. L.; PowisS. H.; SeifalianA. M.; PressM.Effect of inspired oxygen on portal and hepatic oxygenation: Effective arterialization of portal blood by hyperoxia.Cell Transplant.13: 801–808; 2004.
69.
HyonS. H.; CeballosM. C.; BarbichM.; GroppaR.; GrosembacherL.; VieiroM. M.; BarcanL.; AlgranatiS.; LitwakL.; ArgibayP. F.Effect of the embolization of completely unpurified islets on portal vein pressure and hepatic biochemistry in clinical practice.Cell Transplant.13: 61–65; 2004.
InajiM.; YoshizakiT.; TokauchiT.; MaedaJ.; NagaiY.; NariaiT.; OhnoK.; AndoK.; OkanoH.; ObayashiS.; SuharaT.In vivo pet measurements with [11C]PE2I to evaluate fetal mesencephalic transplantations to unilateral 6-OHDA-lesioned rats.Cell Transplant.14: 655–663; 2005.
72.
IronsH.; LindJ. G.; WakadeC. G.; YuG.; HadmanM.; CarrollJ.; HessD. C.; BorlonganC. V.Intracerebral xenotransplantation of GFP mouse bone marrow stromal cells in intact and stroke rat brain: Graft survival and immunologic response.Cell Transplant.13: 283–294; 2004.
73.
ItohS.; KikuchiM.; KoyamaY.; TakakudaK.; ShinomiyaK.; TanakaJ.Development of a hydroxyapatite/collagen nanocomposite as a medical device.Cell Transplant.13: 451–461; 2004.
74.
JendelováP.; HerynekV.; UrdzikováL.; GlogarováK.; RahmatováS.; FalesI.; AnderssonB.; ProcházkaP.; ZamecníkJ.; EckschlagerT.; KobylkaP.; HájekM.; SykováE.Magnetic resonance tracking of human CD34+ progenitor cells separated by means of immunomagnetic selection and transplanted into injured rat brain.Cell Transplant.14: 173–182; 2005.
75.
KajiwaraK.; OgataS.-I.; TaniharaM.Promotion of neurite outgrowth from fetal hippocampal cells by TNF-α receptor 1-derived peptide.Cell Transplant.14: 665–673; 2005.
76.
KanemuraY.; MoriH.; NakagawaA.; IslamM. O.; KodamaE.; YamamotoA.; ShofudaT.; KobayashiS.; MiyakeJ.; YamazakiT.; HiranoS.-I.; YamasakiM.; OkanoH.In vitro screening of exogenous factors for human neural stem/progenitor cell proliferation using measurement of total ATP content in viable cells.Cell Transplant.14: 673–682; 2005.
77.
KarlssonJ.; PetersénÅ.; GidöG.; WielochT.; BrundinP.Combining neuroprotective treatment of embryonic nigral donor tissue with mild hypothermia of the graft recipient.Cell Transplant.14: 301–309; 2005.
78.
KimB.-H.; HanY. S.; ChoeB.-K.; ChoH.; NamG. D.; LeeJ. W.; KimY. I.; ParkJ. K.; DongH. S.; KimH. J.; ChangY. W.; LeeJ. I.; ChangR.The escape of temperature-sensitive T antigen immortalized rat hepatocytes from conditional immortalization.Cell Transplant.14: 507–517; 2005.
79.
KishiK.; KatsubeK.; SatohH.; ImanishiN.; NakajimaH.; NakajimaT.The fetal dermal but not loose fascial mesenchymal cells possess regenerative activity of dermal structure.Cell Transplant.14: 709–714; 2005
80.
KleinD.; MendozaV.; PileggiA.; MolanoD.; Barbé-TuanaF. M.; InverardiL.; RicordiC.; PastoriR. L.Delivery of TAT/PTD-fused proteins/peptides to islets via pancreatic duct.Cell Transplant.14: 241–248; 2005.
81.
KoenigS.; StoesserC.; KrauseP.; BeckerH.; MarkusP. M.Liver repopulation after hepatocellular transplantation: Integration and interaction of transplanted hepatocytes in the host.Cell Transplant.14: 31–40; 2005.
82.
KondziolkaD.; SteinbergG. K.; CullenS. B.; McGroganM.Evaluation of surgical techniques for neuronal cell transplantation used in patients with stroke.Cell Transplant.13: 749–754; 2004.
83.
KoopmansJ.; de HaanA.; BruinE.; van der GunI.; van DijkH.; RozingJ.; de LeijL.; StaalM.Individual human serum differs in the amount of antibodies with affinity for pig fetal ventral mesencephalic cells and the ability to lyse these cells by complement activation.Cell Transplant.13: 631–637; 2004.
84.
KotobukiN.; HiroseM.; FunaokaH.; OhgushiH.Enhancement of in vitro osteoblastic potential after selective sorting of osteoblasts with high alkaline phosphatase activity from human osteoblast-like cells.Cell Transplant.13: 377–383; 2004.
LembertN.; WescheJ.; PetersenP.; DoserM.; ZschockeP.; BeckerH. D.; AmmonH. P. T.Encapsulation of islets in rough surface, hydroxymethylated polysulfone capillaries stimulates vegf release and promotes vascularization after transplantation.Cell Transplant.14: 97–108; 2005.
87.
LiuJ. Y.; HafnerJ.; DragievaG.; BurgG.Bioreactor microcarrier cell culture system (bio-MCSS) for large-scale production of autologous melanocytes.Cell Transplant.13: 809–816; 2004.
88.
LucaG.; NastruzziC.; CalvittiM.; BecchettiE.; BaroniT.; NeriL. M.; CapitaniS.; BastaG.; BrunettiP.; CalafioreR.Accelerated functional maturation of isolated neonatal porcine cell clusters: In vitro and in vivo results in nod mice.Cell Transplant.14: 249–261; 2005.
MaffiP.; AngeliE.; BertuzziF.; PatiesC.; SocciC.; FedeliC.; De TaddeoF.; NanoR.; Di CarloV.; Del MaschioA.; SecchiA.Minimal focal steatosis of liver after islet transplantation in humans: A long-term study.Cell Transplant.14: 727–733; 2005.
91.
MarchioniniD. M.; CollierT. J.; PitzerM. R.; SortwellC. E.Reassessment of caspase inhibition to augment grafted dopamine neuron survival.Cell Transplant.13: 273–292; 2004.
92.
MartinC.; MelchiorB.; Nerrière-DaguinV.; NaveilhanP.; SoulillouJ.-P.; BrachetP.β1 integrin as a xenoantigen in fetal porcine mesencephalic cells transplanted into the rat brain.Cell Transplant.14: 527–536; 2005
93.
MasV. R.; MalufF.; ThompsonM.; Ferreira-GonzalezA.; FisherR. A.Engraftment measurement in human liver tissue after liver cell transplantation by short tandem repeats analysis.Cell Transplant.13: 231–236; 2004.
94.
McKaneB. W.; RamachandranS.; XuX.-C.; OlackB. J.; ChapmanW. C.; MohanakumarT.Natural antibodies prevent in vivo transmission of porcine islet-derived endogenous retrovirus to human cells.Cell Transplant.13: 137–143; 2004.
95.
MitryR. R.; LehecS. C.; MuiesanP.; RelaM.; HeatonN. D.; HughesR. D.; DhawanA.The effects of cryopreservation on human hepatocytes obtained from different sources of liver tissue.Cell Transplant.14: 585–594; 2005
96.
MiyamotoM.; YasutakeM.; TakanoH.; TakagiH.; TakagiG.; MizunoH.; KumitaS.; TakanoT.Therapeutic angiogenesis by autologous bone marrow cell implantation for refractory chronic peripheral arterial disease using assessment of neovascularization by 99mTc-tetrofosmin (TF) perfusion scintigraphy.Cell Transplant.13: 429–437; 2004.
97.
MiyazakiM.; MasakaT.; AkiyamaI.; NakashimaE.; SakaguchiM.; HuhN.Propagation of adult rat bone marrow-derived hepatocyte-like cells by serial passages in vitro.Cell Transplant.13: 385–391; 2004.
98.
MontolioM.; TéllezN.; BiarnésM.; SolerJ.; MontanyaE.Short-term culture with the caspase inhibitor z-VAD.fmk reduces beta cell apoptosis in transplanted islets and improves the metabolic outcome of the graft.Cell Transplant.14: 59–65; 2005.
99.
MukherjeeN.; ChenZ.; SambanisA.; SongY.Effects of cryopreservation on cell viability and insulin secretion in a model tissue-engineered pancreatic substitute (TEPS).Cell Transplant.14: 449–456; 2005
100.
MurdochT. B.; McGhee-WilsonD.; ShapiroA. M. J.; LakeyJ. R. T.Methods of human islet culture for transplantation.Cell Transplant.13: 605–617; 2004.
101.
NaikiT.; NagakiM.; ShidojiY.; KojimaH.; MoriwakiH.Functional activity of human hepatoma cells transfected with adenovirus-mediated hepatocyte nuclear factor (HNF)-4 gene.Cell Transplant.13: 393–403; 2004.
102.
NakayamaY.; Ishibashi-UedaH.; TakamizawaK.In vivo tissue-engineered small-caliber arterial graft prosthesis consisting of autologous tissue (biotube).Cell Transplant.13: 439–449; 2004.
NguyenT. H.; KhakhoulinaT.; SimmonsA.; MorelP.; TronoD.A simple and highly effective method for the stable transduction of uncultured porcine hepatocytes using lentiviral vector.Cell Transplant.14: 489–496; 2005.
105.
NieuwoudtM. J.; KreftE.; OlivierB.; MalfeldS.; VoslooJ.; StegmanF.; KunnekeF.; Van WykA. J.; Van der MerweS. W.A large-scale automated method for hepatocyte isolation: Effects on proliferation in culture.Cell Transplant.14: 291–299; 2005.
106.
NishikawaM.; MyouiA.; OhgushiH.; IkeuchiM.; TamaiN.; YoshikawaH.Bone tissue engineering using novel interconnected porous hydroxyapatite ceramics combined with marrow mesenchymal cells: Quantitative and three-dimensional image analysis.Cell Transplant.13: 367–376; 2004.
107.
NishikawaM.; OhgushiH.; TamaiN.; OsugaK.; UemuraM.; YoshikawaH.; MyouiA.The effect of simulated microgravity by three-dimensional clinostat on bone tissue engineering.Cell Transplant.14: 829–835; 2005
108.
NoguchiH.; MatsumotoS.; OkitsuT.; IwanagaY.; YonekawaY.; NagataH.; MatsushitaM.; WeiF.-W.; MatsuiH.; MinamiK.; SeinoS.; MasuiS.; FutakiS.; TanakaT.PDX-1 protein is internalized by lipid raft-dependent macropinocytosis.Cell Transplant.14: 637–645; 2005.
109.
NybergS. L.; AmiotB.; HardinJ.; Baskin-BeyE.; PlattJ. L.Cytotoxic immune response to a xenogeneic bioartificial liver.Cell Transplant.13: 783–791; 2004.
110.
OhashiK.; KayM. A.; YokoyamaT.; KugeH.; KanehiroH.; HisanagaM.; KoS.; NakajimaS.Stability and repeat regeneration potential of the engineered liver tissues under the kidney capsule in mice.Cell Transplant.14: 621–627; 2005.
111.
OuredniJ.; OurednikV.Graft-induced plasticity in the mammalian host CNS.Cell Transplant.13: 307–318; 2004.
112.
OuyangH. W.; GohJ. C. H.; LeeE. H.Viability of allogeneic bone marrow stromal cells following local delivery into patella tendon in rabbit model.Cell Transplant.13: 649–657; 2004.
113.
OzawaT.; MickleD. A. G.; WeiselR. D.; MatsubayashiK.; FujiiT.; FedakP. W. M.; KoyamaN.; IkadaY.; LiR.-K.Tissue-engineered grafts matured in the right ventricular outflow tract.Cell Transplant.13: 169–177; 2004.
114.
PakhomovO.; MartignatL.; HonigerJ.; ClémenceauB.; SäiP.; DarquyS.AN69 hollow fiber membrane will reduce but not abolish the risk of transmission of porcine endogenous retroviruses.Cell Transplant.14: 749–756; 2005.
PinoC. J.; HaseltonF. R.; ChangM. S.Seeding of corneal wounds by epithelial cell transfer from micropatterned PDMS contact lenses.Cell Transplant.14: 565–571; 2005.
117.
PotironN.; ChagneauC.; BoeffardF.; SoulillouJ.-P.; AnegonI.; Le MauffB.Adenovirus-mediated CTLA4Ig or CD40Ig-gene transfer delays pancreatic islet rejection in a rat-to-mouse xenotransplantation model after systemic but not local expression.Cell Transplant.14: 263–275; 2005.
118.
RoseN. L.; PalcicM. M.; ShapiroA. M. J.; LakeyJ. R. T.Endogenous pancreatic enzyme activity levels show no significant effect on human islet isolation yield.Cell Transplant.13: 153–160; 2004.
119.
RosenqvistN.; JakobssonJ.; LundbergC.Inhibition of chromatin condensation prevents transgene silencing in a neural progenitor cell line transplanted to the rat brain.Cell Transplant.14: 129–138; 2005.
120.
RyuM. Y.; LeeM. A.; AhnY. H.; KimK. S.; YoonS. H.; SnyderE. Y.; ChoK. G.; KimS. U.Brain transplantation of neural stem cells cotransduced with tyrosine hydroxylase and GTP cyclohydrolase 1 in parkinsonian rats.Cell Transplant.14: 193–202; 2005.
121.
SandulacheV. C.; DoharJ. E.; HebdaA.Adult-fetal fibroblast interactions: effects on cell migration and implications for cell transplantation.Cell Transplant.14: 331–337; 2005.
122.
SatohH.; KishiK.; TanakaT.; KubotaY.; NakajimaT.; AkasakaY.; IshiiT.Transplanted mesenchymal stem cells are effective for skin regeneration in acute cutaneous wounds.Cell Transplant.13: 405–412; 2004.
123.
SerraltaA.; DonatoM. T.; MartinezA.; ParejaE.; OrbisF.; CastellJ. V.; MirJ.; Gómez-LechónM. J.Influence of preservation solution on the isolation and culture of human hepatocytes from liver grafts.Cell Transplant.14: 837–843; 2005
124.
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