---
title: Using In Vitro 3D Cell-Based Models to Detect Tissue Specific Toxicity
description: View our presentation on the development and evaluation of 3D models for the prediction of tissue-specific toxicity. Contact Evotec to learn more!
image: https://news.cyprotex.com/hubfs/Sciencepool/Sciencepool%20images/Shutterstock%20images/shutterstock_403792816-lab-white-01-science-pool.jpg
---

[![Cyprotex | The Leading ADME-Tox Specialist](https://news.cyprotex.com/hs-fs/hubfs/cyprotex%20logo.png?width=224&height=62&name=cyprotex%20logo.png "Cyprotex | The Leading ADME-Tox Specialist")](https://www.cyprotex.com/)

# Science Pool

# Using In Vitro 3D Cell-Based Models to Detect Tissue Specific Toxicity

Posted by [Evotec](https://news.cyprotex.com/sciencepool/author/evotec) on Feb 12, 2021 5:08:55 PM

Human-derived 3D cell-based models are more representative of *in vivo* cellular physiology and have improved longevity *in vitro*.  

In this presentation, we focus on:

- causes of drug failure in drug development
- the advances in high content screening
- developments in 3D cell-based models including organ-specific cellular models
- the prediction of tissue specific toxicities such as hepatotoxicity (DILI), cardiotoxicity, nephrotoxicity and neurotoxicity

View the presentation to learn more!

[LEARN MORE](https://news.cyprotex.com/hubfs/Sciencepool/Presentations/Cyprotex%20presentations/in-vitro-3d-toxicology-models-DMG2017.pdf)

 

 

 

 Tags: [Toxicology](https://news.cyprotex.com/sciencepool/tag/toxicology), [Presentations](https://news.cyprotex.com/sciencepool/tag/presentations)