Democratizing Therapeutic Discovery for Neglected Diseases using AI with Timothy Jenkins of DTU Bioengineering

Data in Biotech

Nature - De novo designed proteins neutralize lethal snake venom toxins

16:32

You’re busy—but are you actually growing? In this episode, Nata Salvatori exposes a trap that’s costing service providers time, money, and sanity: chasing busywork that feels productive but doesn’t move the needle. She walks through a clear, five-step growth path—from clarifying your offer, validating through real sales, delivering sustainably, building repeatable systems, to scaling confidently. You’ll learn: How to spot and ditch “fake work” Why clarity beats complexity every time How to use real feedback to validate your offers Delivery tips that prevent burnout System creation that enables scaling How to honor your current phase of growth 📌 Ready to stop spinning your wheels and make real moves? Map your phase, pick your next action, and don’t be afraid to ask for help: 👉 accidentalceo.co/coaching Support the show…

about a year ago 50:39

MP3•Episode home

Timothy starts the conversation by walking us through his background and early career beginnings, from the first time he expressed interest in zoology and venomous snakes to now leading a research group focused on AI-guided drug discovery for snake antivenom.

He and our host, Ross Katz, dive into one of DTU’s most exciting recent publications about "de novo" designed proteins to neutralize lethal snake venom toxins.

Inspired by Nobel Prize winner David Baker’s groundbreaking paper and in collaboration with the Baker Lab on computational design methodology, this project holds great promise in therapeutic discovery and drug development.

Tim explains how computational protein design and protein structure prediction are revolutionizing his field, highlighting compelling examples and milestones from his research on antivenom.

He also provides an overview of the process used to discover new antivenoms, including the sourcing of biological data, model training, and integration of experimental feedback.

Finally, we get Tim’s perspective on the future of AI-powered therapeutic discovery, and his take on the integration of quantum computing into protein design.

Data in Biotech is a fortnightly podcast exploring how companies leverage data innovation in the life sciences.

Useful Links

Timothy’s LinkedIn

DTU Bioengineering Website

UW Institute for Protein Design

“de novo” designed proteins project

Information on Nobel Prize winner David Baker

48 episodes

#Science #Tech #Biology #CorrDyn

Data in Biotech

Democratizing Therapeutic Discovery for Neglected Diseases using AI with Timothy Jenkins of DTU Bioengineering

Data in Biotech

published about a year ago

MP3•Episode home

He and our host, Ross Katz, dive into one of DTU’s most exciting recent publications about "de novo" designed proteins to neutralize lethal snake venom toxins.

Tim explains how computational protein design and protein structure prediction are revolutionizing his field, highlighting compelling examples and milestones from his research on antivenom.

He also provides an overview of the process used to discover new antivenoms, including the sourcing of biological data, model training, and integration of experimental feedback.

Finally, we get Tim’s perspective on the future of AI-powered therapeutic discovery, and his take on the integration of quantum computing into protein design.

Data in Biotech is a fortnightly podcast exploring how companies leverage data innovation in the life sciences.

Useful Links

Nature - De novo designed proteins neutralize lethal snake venom toxins

Timothy’s LinkedIn

DTU Bioengineering Website

UW Institute for Protein Design

“de novo” designed proteins project

Information on Nobel Prize winner David Baker

48 episodes

#Science #Tech #Biology #CorrDyn

All episodes

Data in Biotech

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Data in Biotech

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Data in Biotech

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50:39

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