NEPHROTOXICITYKidney-on-ChipDrug Safety
Nephrotoxicity Research

Kidney Drug Testing

Renal Organoids & Proximal Tubule Chips

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19%
AKI Cause
Drug-induced
PT
Proximal Tubule
Key target
OAT
Transporters
Drug uptake
KIM-1
Biomarker
Injury detection

NEPHROTOXICITY CHALLENGE

Drug-induced kidney injury accounts for approximately 19% of acute kidney injury cases. The proximal tubule is particularly vulnerable due to high drug transporter expression. Kidney organoids and proximal tubule chips now enable human-relevant nephrotoxicity screening with functional transporters and injury biomarker detection.

KEY TECHNOLOGIES

KIDNEY ORGANOIDS
iPSC-Derived Nephrons

Kidney organoids contain nephron segments including glomeruli, proximal tubules, and collecting ducts. They express drug transporters (OAT1, OAT3) and respond to nephrotoxic compounds with appropriate injury biomarkers.

KIDNEY-ON-CHIP
Proximal Tubule Models

Kidney chips with primary proximal tubule cells under flow demonstrate active transport and polarized architecture. Nortis (acquired by Quris-AI) developed leading kidney-chip platforms.

KEY PROVIDERS

Platform

Quris-AI

Nortis kidney-chip acquisition

Organoids

Organovo

ExVive kidney tissue

MPS

Emulate

Kidney-Chip platform

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