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Table 5 Comparison of the most commonly used high-throughput sequencing platforms for characterizing the soil microbiomes.

From: Soil microbiota manipulation and its role in suppressing soil-borne plant pathogens in organic farming systems under the light of microbiome-assisted strategies

Platforma

Generation

Sequencing technology

Read length

Output/run

Error

rate

Example of use

Type of instrument and run time

Taxonomic resolution level

Illumina

Second generation

Sequencing by synthesis

Short reads

1 × 36 bp − 2 × 300 bp

0.3–1000 Gb

Low

Variant calling

Benchtop

2–29 h

Low-resolution

Ion Torrent

Third generation

Sequencing by synthesis

Short reads

200–400 bp

0.6–15 Gb

Low

Variant calling

Benchtop

2–4 h

Low-resolution

PacBio

Fourth generation

Single molecule sequencing by synthesis

Long reads

up to 60 kb

0.5–10 Gb

High

De novo assembly of small bacterial genomes and large genome finishing

Large scale

0.5–4 h

High-resolution

Oxford Nanopore

Fourth generation

Single molecule

Long reads

up to 100 kb

0.1–20 Gb

High

Complete genome of isolates and metagenomics

Portable

1 min–48 h

High-resolution

  1. aRoche 454-pyrosequencing (First-generation platform) is discontinued from 2016