🎯 Kidney toxicity: the #1 cause of drug candidate failure in late-stage development

nephrotoxicity assays CYTOO
What if you could predict nephrotoxicity earlier, with a model that actually mimics in vivo physiology?

At CYTOO, we’ve extended our micropatterning technology beyond muscle biology (MyoScreen™) to create a breakthrough in kidney research: engineered proximal tubule epithelial tubes that replicate human tubulogenesis in vitro.

Why this matters for drug development:

  • Physiologically relevant expression and localization of key transporters (GGT1, Megalin, OCT2)
  • Enhanced sensitivity to nephrotoxic compounds like gentamicin—even at clinically relevant low doses
  • Early detection of toxicity-related morphological changes before functional damage

 

The impact:
This isn’t just another cell model. It’s a validated platform that bridges the gap between 2D cultures and animal models, offering predictive power when it matters most – before costly clinical trials.

This study highlights CYTOO technology as a versatile platform offering more physiologically relevant kidney models for drug safety and discovery. 

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