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The forest floor,still breathing.
Moss roots the layout while ferns bend to live wind, pale flowers pulse with spore-light and pollen threads the air above your headline — until a single butterfly folds its wings and settles in for the scroll.
Unlocking Genomic Insights at the Speed of Life.
Practical long-read DNA sequencing, research-grade bioinformatics, and capacity-building solutions powered by Oxford Nanopore Technology.
Precision Long-Read Sequencing & Advanced Compute
Engineered for researchers and institutions requiring ultra-high molecular weight DNA resolution, direct epigenetic modifications, and GPU-accelerated basecalling pipelines.
Long-Read DNA & RNA Sequencing
Direct single-molecule sequencing of ultra-long native DNA and native RNA strands. Zero PCR amplification bias, real-time base modification calling, and phased telomere-to-telomere genomic assemblies.
Custom Bioinformatics Pipelines
End-to-end computational genomics run on dedicated NVIDIA GPU clusters. From Dorado Super-Accuracy basecalling to Sniffles2 structural variant discovery, phased diploid assemblies, and methylome profiling.
Hands-On Capacity Building & Laboratory Training
Democratizing genomic knowledge by training the next generation of sequencing scientists. We partner with universities, government labs, and medical centers to stand up self-sufficient long-read genomics hubs.
HMW DNA extraction, barcoding protocols, and flowcell priming diagnostics.
Turnkey MinION starter deployments and standardized wet-lab curriculum.
Immersive 12-week genomic data analysis residencies with certified competency.
From Biological Sample to Scientific Insight
A seamless four-stage trajectory engineered to deliver maximum data integrity, zero amplification artifact, and actionable results.
Sample Prep
HMW DNA/RNA extraction with strict fragment length selection (>50 kb). Fluorometric Qubit QC and agarose gel integrity verification.
Nanopore Basecalling
Single-molecule translocation through synthetic protein pores at 400 bp/s. Direct electronic voltage sampling at 4,000 measurements/sec per channel.
Computational Analysis
Raw ionic current squiggles translated via Dorado SUP neural models. Structural variant calling (Sniffles2), chromosomal phasing, and methylation profiling.
Research Insight
Publication-ready methylation heatmaps, de novo assembly graphs, chromosomal phasing, and full raw POD5 / FASTQ + BAM + VCF delivery packages.
Ready to Start Your Sequencing Run?
From pilot project library preparation to full PromethION 24 flowcell cohorts and institutional pipeline deployments, our team is ready to scale your genomics workflow.