The Future of Drug Development with Lonza’s AI-Powered Tools

DATE

07 October 2025

TIME

08:00 PDT, 11:00 EDT, 16:00 BST, 17:00 CEST

Duration: 60 Minutes

Overview

The webinar will show how it’s possible to gain a critical advantage in early-phase development by harnessing the power of Artificial Intelligence (AI). It will showcase how predictive AI is used to overcome traditional synthesis challenges, identifying optimal chemical routes that can significantly cut raw material costs and shorten timelines. A case study will highlight the real-world impact of this data-driven approach.

It will also describe how the complex task of solid-form screening can be enhanced by using a powerful AI platform. Machine learning models can even accurately predict and identify the most stable cocrystal forms. Overall, the webinar will provide a clear roadmap for using these AI tools to de-risk programs and accelerate the path to the clinic.

Key Learning Objectives:

Discover how AI can identify more efficient synthesis pathways
Learn how machine learning models can predict optimal crystal forms
Explore the real-world impact of these tools through a detailed case study

Who Should Attend:

Scientific and Technical Leaders
Program and Portfolio Managers
Business Development Managers

Speakers

Aaron Johnson, PhD
Manager, Cheminformatics & Data Science,
Lonza Advanced Synthesis

Simon Wagschal, PhD
Associate Director,
Lonza Advanced Synthesis

Registration

Forwarded this event? Clear the form

Email Address*

Salutation

First Name*

Last Name*

Company*

Job Title*

Address 1*

City*

State*

Zip / Post Code*

Country/Territory/Area*

Business Phone*

Would your current or upcoming projects benefit from a CDMO partner with AI-driven tools? *

I would like to receive C&EN’s weekly newsletter with the latest in chemistry news

I would like to receive more information on products and services from the American Chemical Society

address2

*By submitting this form, you agree to receive more information on related products and services from the American Chemical Society and its sponsor via email. You understand that you can withdraw your consent at any time. ACS takes your privacy seriously. For more information, please see the ACS Privacy Policy.

Brought to you by:

View On Demand Webinars