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. 2021 Aug 11;87(17):e00626-21. doi: 10.1128/AEM.00626-21

TABLE 1.

Comparison of recent long-read and short-read sequencing technologiesa

Sequencing technology (specifications) Instrument cost Library prep cost Cost per lane/cell Cost per million reads Cost per billion bases Runtime (h) Throughput (k reads at maximum runtime) Avg read length (maximum) Read accuracy (%) Error profile
PacBio Sequel I (maximum 8 cells) 300,000 150–400 1,000 2,000 100 10–20 500 20,000 (50,000) 85–88/99.9 (CCS) Homopolymers
PacBio Sequel II (maximum 16 cells) 650,000 75–400 2,000 500 17 10–30 4,000 30,000 (100,000) 88–90/99.9 (CCS) Homopolymers
ONT Flongle 1,300 40–90 80 400 13 0.1–12 200 30,000 (60,000) 96–99 Homopolymers
ONT MinION 900 90–130 600 600 12 0.1–48 1,000 50,000 (2.3M) 96–99 Homopolymers
ONT GridION (maximum 5 FCs) 45,000 90–130 600 600 12 48 1,000 50,000 (2.3M) 96–99 Homopolymers
ONT PromethION (maximum 48 FCs) 176,000 90–600 1,400 250 8 72 6,000 30,000 (330,000) 96–99 Homopolymers
SLR (example of NovaSeq 2 × 150 PE, 30× coverage, for 5 kb) 900,000 30–50 5,000 1,250 140 44 4,000 9,000 (12,000) 100 Unequal coverage
Illumina NovaSeq S4 (2 × 150 PE; maximum 4 lanes) 900,000 50–100 5,000 2.5 9 44 2,000,000 250 (290) 99.9 Low-quality ends
Illumina MiSeq (2 × 300 PE; maximum 2 lanes) 100,000 50–100 2,000 100 175 56 20,000 550 (590) 99.9 Low-quality ends
ION G5-S5 Prime, P550 chip (maximum 2 chips) 180,000 50 700 5 25 6.5 130,000 200 (250) 99.0–99.5 Homopolymers
ION G5-S5, P530 chip 600 SE 60,000 50 500 40 70 7 12,000 570 (650) 99.3–99.7 Homopolymers, low-quality ends
MGI Tech DNBSEQ-T7 (2 × 150 PE; maximum 4 cells) 990,000 50–100 6,000 1.2 4.5 24 5,000,000 250 (290) 99.9 Low-quality ends
MGI Tech DNBSEQ-G400RS (2 × 200 PE; 400 SE maximum 2 cells × 4 lanes) 480,000 50–100 1,800 4 11 108 450,000 350 (400) 99.9 Low-quality ends
a

Costs are given in EUR. Information is compiled from multiple recent literature sources and price requests from sequencing companies. FC, flow cell; PE, paired-end; SE, single-end.