Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.
Nephrotoxicity and Drug Interaction Study Using a Human Proximal Tubule-On-A-Chip
A high-throughput proximal tubule-on-a-chip model using RPTEC cells and fluid flow to evaluate drug-induced nephrotoxicity and transporter interactions—offering a predictive, automatable platform for early-stage kidney safety assessment.