Table 2.
Platform | Read type | Run time | Computing requirements | Cost | Suitability for a field setting |
---|---|---|---|---|---|
Roche 454 GS FLX | Long read | 10 hr | Desktop | $$$ | Potential: low computational requirements, but high capital and running costs |
Roche 454 GS Junior | Long read | 10 hr | Desktop | $$$$ | Potential: low computational requirements, but high running costs |
Illumina GAII/HiSeq | Short read | 5 days | Cluster | $ | Problematic: short reads, high computational requirements, high capital cost |
Illumina MiSeq | Short read | 26 hr | Desktop | $$ | Promising: low cost, short run time, small footprint |
Life Technologies SOLiD 4/5500 | Short read | 8 days | Cluster | $ | Problematic: short reads, unusual bioinformatics analysis, computational requirements high |
Life Technologies Ion Torrent ‘318’ chip | Long read | 2 hr | Desktop | $$ | Promising: low cost, short run time, simple mechanics, small footprint, long reads |
Short read: sequences <150 bp; Long read: sequences >150bp. $: <$0.5/Mb; $$: ~$1/Mb; $$$: >$7/Mb.