Real-time pathogen / microbial detection from raw nanopore signals (no basecalling) ?
I'm exploring a low-power edge device that detects pathogens / microbial variability in the field directly from nanopore raw signals (no basecalling). It would give very fast results using low power vs current GPU solutions.
I'm trying to get a reality check from practitioners.
Is sequencing itself still a bottleneck? Or has throughput/cost shifted the bottleneck to sample prep or library prep?
Would real-time detection (sub-second latency) provide clinical value beyond what batch basecalling + mapping gives?
What's the hardest part of your current workflow – sample prep, sequencing time, compute/analysis, or interpretation?
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