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Supplementary Figure S4 to S15
Version 3 2020-05-12, 01:53
Version 2 2020-03-25, 05:55
Version 1 2020-03-25, 02:00
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posted on 2020-05-12, 01:53 authored by Yulong LiYulong LiSupplementary figures for homology alignments of three sex-linked scaffolds to other fishes.
Fig.S4 DNA alignment of three sex-linked scaffolds to Salmo salar genome.
Fig.S5 DNA alignment of three sex-linked scaffolds to Oryzias latipes genome.
Fig.S6 DNA alignment of three sex-linked scaffolds to Gasterosteus aculeatus genome.
Fig.S7 DNA alignment of three sex-linked scaffolds to Danio rerio genome.
Fig.S8 DNA alignment of three sex-linked scaffolds to Cynoglossus semilaevis genome.
Fig.S9 DNA alignment of three sex-linked scaffolds to Takifugu rubripes genome.
Fig.S10 Protein alignment of three sex-linked scaffolds to Salmo salar genome. Number on x-axis represent chromosome number.
Fig.S11 Protein alignment of three sex-linked scaffolds to Oryzias latipes genome. Number on x-axis represent chromosome number.
Fig.S12 Protein alignment of three sex-linked scaffolds to Takifugu rubripes genome. Number on x-axis represent chromosome number.
Fig.S13 Protein alignment of three sex-linked scaffolds to Gasterosteus aculeatus genome. Number on x-axis represent LG number.
Fig.S14 Protein alignment of three sex-linked scaffolds to Danio rerio genome. Numbers at x-axis represent chromosome number.
Fig.S15 Protein alignment of three sex-linked scaffolds to Cynoglossus semilaevis genome. Number on x-axis represent chromosome number.
