High-throughput chromosome conformation capture (Hi-C) is widely used for scaffolding in de novo assembly because it produces highly contiguous assemblies, but its indirect statistical approach can in

NIAID Data Ecosystem50

Number of “major” errors in the assemblies at a strong negative, zero, and strong positive GC bias by the eight assemblers for the three bacteria.

基因组组装错误

基因组GC含量

Number of “major” errors in the assemblies at a strong negative, zero, and strong positive GC bias by the eight assemblers for the three bacteria.

NIAID Data Ecosystem70

Comparing the genomic location of switch errors across phasing approaches.

单倍型定相

基因组组装错误

Comparing the genomic location of switch errors across phasing approaches.

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Coverage issue tracks

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