Discover how Evo, a groundbreaking DNA-trained AI, is revolutionizing genome creation and what it means for the future of the scientific industry.
A cutting-edge artificial intelligence model developed by Stanford University researchers is set to transform genetic research by decoding and designing DNA sequences with remarkable precision. Evo works like a large language model (LLM), but instead of analyzing words, it processes DNA sequences, offering unprecedented insights into genome functionality.
Developed by Stanford University and the Arc Institute, the genomic foundation model was designed with 7 billion parameters, enabling it to process and analyze extensive genetic data. It uses single-nucleotide, byte-level tokenization to operate with a context length of up to 131,072 tokens, which allows it to examine long DNA sequences with precision and depth.Evo AI’s Breakthrough Capabilities
Unlike earlier models constrained by short sequences or specific tasks, this DNA-trained AI uses advanced machine learning to process entire genomes with high resolution.
