“HiFi sequencing already is well known for a high standard of genomic accuracy, and AI is helping us push that advantage further by improving data quality, speed, and usability while expanding what researchers can learn from each run,” said Christian Henry, President and CEO of PacBio. “With SPRQ-Nx, DeepConsensus, and expanded methylation calling working together, Revio customers can generate mor...
“HiFi sequencing already is well known for a high standard of genomic accuracy, and AI is helping us push that advantage further by improving data quality, speed, and usability while expanding what researchers can learn from each run,” said Christian Henry, President and CEO of PacBio. “With SPRQ-Nx, DeepConsensus, and expanded methylation calling working together, Revio customers can generate more information-rich HiFi long-read data at a much lower cost, creating a stronger foundation for population-scale studies, large disease cohorts, and AI-enabled genomic research.” When paired with SPRQ-Nx chemistry, these improvements translate directly to lower costs and higher performance in production environments. SPRQ-Nx allows the SMRT Cell consumable to be used multiple times, reducing sequencing costs to less than $300 per human genome at scale. In beta testing across 20 sites in Europe, Asia, and the United States, spanning over 1,400 runs, SPRQ-Nx delivered increased yield and a lower failure rate across a broad range of sample types, resulting in more usable data and greater consistency for high-throughput workflows relative to SPRQ chemistry. PacBio has continued expanding the use of AI across the HiFi sequencing workflow in ways that directly improve data quality, speed, and biological interpretation. The latest DeepConsensus updates include optimizations enabled by Google’s AlphaEvolve coding agent, delivering measurable gains in accuracy and processing speed. PacBio is also advancing deep learning models for epigenetic detection, including updated 5mC and 6mA models optimized for SPRQ-Nx chemistry and a new 5-hydroxymethyl-cytosine, or 5hmC, caller. These advances are designed to help researchers generate richer HiFi datasets from the same sequencing run, including methylation signals relevant to cancer, tissue sequencing, and large-scale genomic research. MENLO PARK, Calif., May 26, 2026 (GLOBE NEWSWIRE) -- PacBio (NASDAQ: PACB), developer of the world’s most...