origen of cultured cells: RPE isolated from 16 weeks gestation human fetus
transepithelial electrical resistance: 600 ± 30 ohm*cm^2
origen of cultured cells: RPE isolated from 16 weeks gestation human fetus
transepithelial electrical resistance: 740 ± 55 ohm*cm^2
origen of cultured cells: hESC H1 line - derived RPE
transepithelial electrical resistance: 150 ± 20 ohm*cm^2
origen of cultured cells: hESC H1 line - derived RPE
transepithelial electrical resistance: 155 ± 20 ohm*cm^2
origen of cultured cells: hESC H1 line - derived RPE
transepithelial electrical resistance: 220 ± 35 ohm*cm^2
origen of cultured cells: hESC H9 line - derived RPE
transepithelial electrical resistance: 160 ± 10 ohm*cm^2
origen of cultured cells: hESC H9 line - derived RPE
transepithelial electrical resistance: 115 ± 10 ohm*cm^2
origen of cultured cells: hESC H9 line - derived RPE
transepithelial electrical resistance: 150 ± 20 ohm*cm^2
origen of cultured cells: RPE isolated from 16 weeks gestation human fetus
transepithelial electrical resistance: 730 ± 10 ohm*cm^2
peak transepitheilal electrical resistance (ksr only): N/A
origen of cultured cells: hESC H1 line - derived RPE
transepithelial electrical resistance: 41±1 ohm*cm^2
peak transepitheilal electrical resistance (ksr only): 150±10 ohm*cm^2
origen of cultured cells: hESC H9 line - derived RPE
transepithelial electrical resistance: 37± 4 ohm*cm^2
peak transepitheilal electrical resistance (ksr only): 110±10 ohm*cm^2
origen of cultured cells: hESC H9 line - derived RPE
transepithelial electrical resistance: 49± 4 ohm*cm^2
peak transepitheilal electrical resistance (ksr only): 55±4 ohm*cm^2