Endosymbionts' genomes extracted from tick metagenomes
Data files
Mar 25, 2021 version files 19.70 MB
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CLE-FLE-genomes_readme.txt
7.35 KB
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Coxiella-burnetii-genome_Hasi_XJHA496.fasta
2.04 MB
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Coxiella-burnetii-genome_Hasi_XJHA499.fasta
2.04 MB
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Coxiella-like-genome_Dsil_JLds763.fasta
642.13 KB
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Coxiella-like-genome_Dsil_ShXds131.fasta
674.19 KB
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Coxiella-like-genome_Dsil_Sxds774.fasta
656.93 KB
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Coxiella-like-genome_Hlon_ZJHl565.fasta
1.52 MB
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Coxiella-like-genome_Rmic_Gzbm458.fasta
869 KB
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Coxiella-like-genome_Rmic_HbRm536.fasta
931.32 KB
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Coxiella-like-genome_Rmic_Ynbm454.fasta
854.70 KB
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Coxiella-like-genome_Rsan_Gxrs444.fasta
1.57 MB
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Coxiella-like-genome_Rsan_GXRs837.fasta
1.58 MB
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Coxiella-like-genome_Rsan_GXRs865.fasta
1.58 MB
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Francisella-like-genome_Hasi_NMGha312.fasta
1.57 MB
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Francisella-like-genome_Hasi_NMGha432.fasta
1.58 MB
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Francisella-like-genome_Hasi_XJHA498.fasta
1.58 MB
Jul 21, 2021 version files 19.70 MB
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CLE-FLE-genomes_readme.txt
7.24 KB
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Coxiella-burnetii-genome_Hasi_XJHA496.fasta
2.04 MB
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Coxiella-burnetii-genome_Hasi_XJHA499.fasta
2.04 MB
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Coxiella-like-genome_Dsil_JLds763.fasta
642.13 KB
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Coxiella-like-genome_Dsil_ShXds131.fasta
674.19 KB
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Coxiella-like-genome_Dsil_Sxds774.fasta
656.93 KB
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Coxiella-like-genome_Hlon_ZJHl565.fasta
1.52 MB
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Coxiella-like-genome_Rmic_Gzbm458.fasta
869 KB
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Coxiella-like-genome_Rmic_HbRm536.fasta
931.32 KB
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Coxiella-like-genome_Rmic_Ynbm454.fasta
854.70 KB
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Coxiella-like-genome_Rsan_Gxrs444.fasta
1.57 MB
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Coxiella-like-genome_Rsan_GXRs837.fasta
1.58 MB
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Coxiella-like-genome_Rsan_GXRs865.fasta
1.58 MB
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Francisella-like-genome_Hasi_NMGha312.fasta
1.57 MB
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Francisella-like-genome_Hasi_NMGha432.fasta
1.58 MB
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Francisella-like-genome_Hasi_XJHA498.fasta
1.58 MB
Abstract
We have reconstructed the genomes of bacterial endosymbionts (Coxiella-LE, Francisella-LE and Coxiella burnetii) from the tick metagenomes of the BioProject PRJCA002242 available on the BIGD database (https://bigd.big.ac.cn/).
Jia et al. (Jia et al., 2020, https://doi.org/10.1016/j.cell.2020.07.023; the original paper of the BioProject PRJCA002242) reported major discoveries on the genetic basis of hematophagy and vector capacities in ticks. Our re-examination of the tick metagenomic datasets shows that nutritional endosymbionts required for hematophagy were also widely present. They were misidentified as tick-borne pathogens.
This present dataset includes these new assembled genomes of tick endosymbionts.
Methods
Downloading from the BIGD database; filtration of reads by mapping on references genomes (BWA, Li and Durbin, 2009); assembling of filtered reads (SPAdes, Bankevich et al. 2012 or MEGAHIT, Li et al. 2015); check for assembly quality (QUAST, Gurevich et al. 2013); filtration of contigs by comparison to reference genomes (RAGOO, Alonge et al. 2019); quality assessment and completeness estimation (QUAST and BUSCO, Seppey et al. 2019).