Whole-genome sequence data have made significant contributions to studies of the biology and transmission of Cryptosporidium spp. Well-assembled genomes, free of sequence ambiguity and structural errors, are critical for comparative genomic analysis at the species and subtype levels. The optimized method for Cryptosporidium genome assembly described here comprises several individual protocols to generate chromosome- and contig-level genomes.

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Optimized Genome Assembly Protocol for Cryptosporidium

  • Wanyi Huang,
  • Lihua Xiao

摘要

Whole-genome sequence data have made significant contributions to studies of the biology and transmission of Cryptosporidium spp. Well-assembled genomes, free of sequence ambiguity and structural errors, are critical for comparative genomic analysis at the species and subtype levels. The optimized method for Cryptosporidium genome assembly described here comprises several individual protocols to generate chromosome- and contig-level genomes.