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

How GPU-accelerated workflows improve bioinformatics processing speeds.
The role of AI in clustering and functional annotation of microbial defense proteins.
Key discoveries in archaeal immunity beyond CRISPR-Cas systems.
Practical applications of deep learning and high-throughput bioinformatics.
Future trends in large-scale protein analysis using multi-GPU clusters.

For who

Bioinformaticians and computational biologists working with large genomic datasets.
Microbiologists and immunologists studying archaeal defense mechanisms.
AI and machine learning researchers interested in bioinformatics applications.
Data scientists and engineers involved in high-performance computing.