GPU-accelerated bioinformatics: Speed up your workflows and discoveries
Join us for a webinar exploring the power of GPU-accelerated bioinformatics. Traditional methods often struggle with the complexity and volume of modern datasets, limiting large-scale functional discovery.
We’ll demonstrate how this technology can benefit your research by showcasing a workflow that integrates high-speed homology detection, deep learning-based protein embeddings and GPU-accelerated clustering — culminating in AI-driven annotation of non-CRISPR archaeal defense mechanisms.
You will learn
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How GPU-accelerated workflows improve bioinformatics processing speeds.
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The role of AI in clustering and functional annotation of microbial defense proteins.
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Key discoveries in archaeal immunity beyond CRISPR-Cas systems.
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Practical applications of deep learning and high-throughput bioinformatics.
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Future trends in large-scale protein analysis using multi-GPU clusters.
For who
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Bioinformaticians and computational biologists working with large genomic datasets.
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Microbiologists and immunologists studying archaeal defense mechanisms.
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AI and machine learning researchers interested in bioinformatics applications.
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Data scientists and engineers involved in high-performance computing.
When
March 25, Tuesday, 17:30 UTC+1 / 9:30 am PDT.
Where
Zoom. You will receive the link after registration.
