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Table 4 Summary of the allelic variation observed in the putative Rdm locus region

From: Association mapping of a locus that confers southern stem canker resistance in soybean and SNP marker development

Region

Modification

SNPs

InDels

Non-Coding

Intergenic region

143

14

Upstream 5 k

2537

683

Downstream 5 k

695

204

Coding

UTR

5′ UTR

88

23

5′ UTR premature start gained

8

3′ UTR

151

46

Intron

Intron

399

96

Splice region

19

2

Splice acceptor site

2

Splice donor site

1

Exon

Disruptive + In-frame Deletion

3

Disruptive + In-frame Insertion

2

Frameshift

23

In-frame Deletion

5

In-frame Insertion

4

Nonsynonymous modification

248

Start lost

1

Stop retained

1

Stop gained

5

Synonymous modification

142

Total

  

4440

1105

  1. Intergenic region: the variant is in an intergenic region; Upstream 5 k: SNPs detected up to 5 kb upstream of the coding region; Downstream 5 k: SNPs detected up to 5 kb downstream of the coding region; 5′ UTR: hits in the 5’UTR; 5′ UTR premature start gained: a variant in the 5’UTR produces a three-base sequence that can be a START codon; 3′ UTR: variant hits in the 3’UTR; Intron: SNPs detected within an intron; Splice region: a sequence variant in which a change has occurred within the region of the splice site, either within 1–3 bases of the exon or 3–8 bases of the intron; Splice acceptor site: the variant hits a splice acceptor site; Disruptive + In-frame Deletion: one codon is changed, and one or more codons are deleted; Disruptive + In-frame Insertion: one codon is changed, and one or many codons are inserted; Frameshift: insertion or deletion causes a frameshift; In-frame Deletion: one or many codons are deleted; In-frame Insertion: one or many codons are inserted; Start lost: variant causes start codon to be mutated into a nonstart codon; Stop G: variant causes a STOP codon; Nonsynonymous modification: SNP variants cause a codon that produces a different amino acid; within the coding region; Synonymous modification: variant causes a codon that produces the same amino acid