Due to their imprecise breakpoints, variable size, genomic context and representations across SV callers complicate their accurate detection. Unlike SNPs where there is simply a binary representation of whether the nucleotide at a specific position exists, SV analysis must clarify partially overlapping events caused by imprecise breakpoints.
Due to their imprecise breakpoints, variable size, genomic context and representations across SV callers complicate their accurate detection.
Each of these frameworks implement different assumptions about breakpoint resolution, size concordance or sequence similarity.
Unlike SNPs where there is simply a binary representation of whether the nucleotide at a specific position exists, SV analysis must clarify partially overlapping events caused by imprecise breakpoints.
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Due to their imprecise breakpoints, variable size, genomic context and representations across SV callers complicate their accurate detection. Unlike SNPs where there is simply a binary representation of whether the nucleotide at a specific position exists, SV analysis must clarify partially overlapping events caused by imprecise breakpoints. This ambiguity has motivated the development of specialized frameworks to support the comparison of SVs.
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