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Printable Handouts
Navigable Slide Index
- Introduction
- Lecture aim
- Drug discovery
- Machine learning & the effective use of AI
- Big data in traditional drug discovery
- Where can AI help?
- Choosing the correct AI method
- The AI toolbox
- Traditional AI systems
- Big data tools for toxicology
- AI in linear drug discovery
- Lead design
- AI search technology
- Accurate prediction of binding
- Designing targeted chemical space
- Searching chemical space for drug molecules
- Validation of computational methods
- Lecture summary
Topics Covered
- Target discovery from patient data, AI and bioinformatics
- Lead discovery from target data, AI and computational chemistry
- Predicting toxicity and Pk using AI
- Choosing the right algorithms for your question
Links
Series:
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Talk Citation
Addison, E. (2019, February 27). AI and big data in drug discovery [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved February 14, 2025, from https://doi.org/10.69645/ZKGJ3706.Export Citation (RIS)
Publication History
Financial Disclosures
- Mr. Ed Addison has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
AI and big data in drug discovery
Published on February 27, 2019
40 min
A selection of talks on Methods
Transcript
Please wait while the transcript is being prepared...
0:00
My name is Ed Addison.
I am a Adjunct Professor with NC State University in the Engineering Department,
and I am also CEO of Cloud Pharmaceuticals which is
a small 20-person company in Raleigh Durham,
North Carolina that does AI-based drug discovery.
My topic is "AI and Big Data for Drug Discovery".
0:26
What I am planning to do is to highlight a number of different areas where
AI is being applied industry-wide for drug discovery and drug development.
I'll say in advance that there are many,
many areas where AI can enhance the process and there is
no one magic bullet that designs a drug with just a simple black box.
It just doesn't happen that way.
But there are many, many areas where AI can improve the process,
both in terms of time and cost and accuracy.
1:01
So before I begin,
I want to say a couple of things about the process of drug discovery.
Traditionally, drug discovery goes from
the gene to the target identification, to target validation,
to lead generation, lead profiling, lead optimization,
preclinical profiling, eventually clinical trials,
and ultimately approved drug.
Now that is the sort of chemical, structural, biology,
chemistry approach to drug discovery that has been used for many years,
often with wet lab techniques.
As AI comes in to assist with the process,
the process also starts to change.
It no longer is a linear process but it has feedback loops in it.
There is talk in the industry now that
targeted therapeutics are eventually going to go away in favor of modulated biology.
So what does that mean?
That means that the futuristic drug would be using an input,
whether that's chemistry or some other modality,
to drive or change the state of
the cell from state A to state B that's going to be a healthier state.
Whereas today, what we do is we inhibit or excite a single protein,
maybe sometimes two in a cocktail,
that will change or block a pathway and result
in either blocking the disease or making the patient otherwise healthier.