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Digoxin Transport by Renal Proximal Tubule Cells is Enhanced by Adhesive Synthetic RGD Peptide

Hiroyuki Ijima,S. Kuroda,Toshikazu Ono,Koei Kawakami-2007-01-01-The International Journal of Artificial Organs
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TL;DRAbstract

Under initial and confluent conditions, immobilized cell density in Pronectin F-coated wells was higher than that under other conditions. Transepithelial electrical resistance and digoxin transport activity on Pronectin F-coated membranes were the highest of all conditions. This might have been caused by uniform cell morphology and high cell density.

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Under initial and confluent conditions, immobilized cell density in Pronectin F-coated wells was higher than that under other conditions. Transepithelial electrical resistance and digoxin transport activity on Pronectin F-coated membranes were the highest of all conditions. This might have been caused by uniform cell morphology and high cell density.

Keywords

FibronectinMembraneChemistryBiophysicsAdhesionCell adhesionLamininCell culture

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