Review
Copyright ©The Author(s) 2015.
World J Cardiol. Aug 26, 2015; 7(8): 454-465
Published online Aug 26, 2015. doi: 10.4330/wjc.v7.i8.454
Table 1 Differentiation potential of adipose tissue-derived stem cells in vitro
Cell typeExpression of VEC markersExpression of VSMC markersExpression of cardiomyocyte markersProduction of paracrine factorsRef.
Human fADSCsCD31, vWFNENENEMiranville et al[30]
Human cADSCsCD31, vWFNENENEPlanat-Benard et al[31]
Human cADSCsNESMA, calponin, caldesmon, myosin heavy chain, SM22αNENERodríguez et al[32]
Human cADSCsNESMA, calponin, SM22αNENEJeon et al[33]
Rabbit cADSCsNENEMyosin heavy chain, sarcomeric α-actinin, troponin INERangappa et al[34]
Human cADSCsNENESarcomeric α-actinin, desmin, cardiac troponinNEGaustad et al[35]
Murine fADSCsNENEGATA-4, Nkx2.5NEPlanat-Bénard et al[36]
Human cADSCsNENENEVEGF, HGF, TGF-βRehman et al[44]
Murine cADSCsNDNDNEVEGF, HGFNakagami et al[45]
Human cADSCsNENENEVEGF, IGF-1Sadat et al[46]
Table 2 Differentiation potential of adipose tissue-derived stem cells in vivo
Cell typeAnimal modelExpression of VEC markersExpression of VSMC markersExpression of cardiomyocyte markersFunctional recoveryRef.
Human cADSCsMurine hindlimb ischemiaCD31NENEYesPlanat-Benard et al[31]
Porcine cADSCsPorcine AMIvWFSMANEYesValina et al[37]
Human cADSCsBladders and urethras of athymic rats and SCID miceNESMANENEJack et al[38]
Murine fADSCsMurine AMINENEMyosin heavy chain, Nkx2.5, troponin IYesStrem et al[39]
Murine fADSCsRat AMINENESarcomeric actin, GATA-4YesYamada et al[40]
Conditioned medium from human cADSCsMurine hindlimb ischemiaNENENEYesBhang et al[48]