Reduce Protein Structure Bottlenecks in AI-Driven Drug Discovery

Large-scale protein prediction often stalls when teams rely on local compute, fragmented setup steps and inconsistent execution environments. This webinar explores how scalable AI-driven workflows for protein structure prediction and visualization can support faster, more reproducible research.

The featured speakers will demonstrate how researchers can move beyond local compute limitations to achieve streamlined data setup, high-performance GPU execution and reproducible results in a collaborative cloud environment.

Attendees will receive a comprehensive walkthrough of the end-to-end workflow, from preparing input sequences and accessing preloaded databases to launching pipelines via both the user interface and command line interface. The session also covers the interpretation of key outputs and highlights how these scalable AI-based folding workloads can be directly applied to downstream drug discovery and biological research.

Register for this webinar to learn how protein structure workflows can improve scalability, reproducibility and downstream analysis.

Speakers

Eric Talevich, PhD, VP of Bioinformatics at DataXight

Eric leads the design and delivery of validated bioinformatics pipelines and multi-omic data products for pharma and clinical genomics customers. He has built and led bioinformatics teams at Caris Life Sciences, Karius and DNAnexus, and developed the UCSF500 clinical cancer genome pipeline at UCSF Medical Center. He created CNVkit, a widely used open-source tool for copy number detection from sequencing data.

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Darren Ames, Head of Solution Science, DNAnexus

Darren Ames is Head of Solutions Science at DNAnexus, where he works with researchers and organizations tackling complex genomics and biomedical data challenges. His team bridges the gap between powerful cloud technology and the scientists who rely on it, helping turn ambitious ideas into solutions that work in practice. Darren enjoys the messy middle of hard problems, where curiosity, clear thinking and good collaboration matter as much as the tools themselves. As a leader, he focuses on building thoughtful teams, staying close to the real problems scientists face, and creating the kind of trust and clarity that lets people do their best work.

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