---
title: Whole-Cell In Vitro Models Can Predict Clinically-Relevant Herb-Drug Interactions - Registration
description: "Register for our webinar \"Whole-Cell In Vitro Models Can Predict Clinically-Relevant Herb-Drug Interaction\"."
image: http://info.bioivt.com/hubfs/BioIVT-logo-min.jpg
---

*Questions? We’re here to help:*

[+1 516-483-1196](tel:+1%20516-483-1196) or [+44 1444 707333](tel:+44%201444%20707333)

[Contact Us](https://www.bioivt.com/about/contact-us)

[![BioIVT-Logo-Tag-New](https://info.bioivt.com/hubfs/BioIVT-Logo-Tag-New.png)](https://bioivt.com)

- [BioIVT.com](https://bioivt.com/)

Search

[View My Quote](https://www.bioivt.com/?showQuoteOverlay=true)

# Register for our live webinar Whole-Cell *In Vitro* Models Can Predict Clinically-Relevant Herb-Drug Interactions

As herbal-based dietary supplement usage continues to increase, including among patients using prescription medicines, the potential for herb-drug interactions (HDIs) also increases. Patients and their physicians need more information on how botanical supplements could affect the safety and efficacy of drugs. Clinical studies are not always feasible, and conventional *in vitro* models have shown poor IVIVC. 

![Amy Roe-1](https://info.bioivt.com/hs-fs/hubfs/Amy%20Roe-1.png?width=300&name=Amy%20Roe-1.png)

Register for our webinar to learn more about a novel *in vitro* method to investigate HDIs that used sandwich-cultured human hepatocytes (SCHH), incorporated clearance, and treated the complex herbal mixture as a single entity. 

 

Attend our webinar, and you will hear Dr. Roe discuss:

 

- A physiologically-relevant model used to predict clinically-relevant HDIs. Study results were published in DMD Sep, 2017, [“Prediction of Clinically Relevant Herb-Drug Clearance Interactions Using Sandwich-Cultured Human Hepatocytes: Schisandra spp. Case Study.”](http://dmd.aspetjournals.org/content/45/9/1019)\*
- Application of SCHH for studying the types of complex mixtures represented by herbal extracts.
- Application of the model approach to other complex mixtures and toxicity endpoints.

Fill out the form to register today!

 

\*This research was supported by P&G and conducted at BioIVT’s laboratory in Durham, NC.

 

### Register Now

Copyright © 2026 BioIVT. All Rights Reserved. [Contact Us](https://www.bioivt.com/about/contact-us/).