Table 3 Distribution of SNPs, types and zygosities of the variants per chromosome in ‘Indo’ and ‘Su Shuai’

From: Genomic variants of genes associated with three horticultural traits in apple revealed by genome re-sequencing

Chra

SNPsb

Trsc

Trvd

Hete

Homf

Genotype

‘Indo’

‘Su Shuai’

‘Indo’

‘Su Shuai’

‘Indo’

‘Su Shuai’

‘Indo’

‘Su Shuai’

‘Indo’

‘Su Shuai’

chr1

128 340

97,462

68.45%

68.43%

31.55%

31.57%

84.34%

88.27%

15.66%

11.73%

chr2

188 280

156,325

68.59%

68.25%

31.41%

31.75%

74.14%

89.91%

25.86%

10.09%

chr3

174 749

143,473

68.76%

68.41%

31.24%

31.59%

73.93%

92.08%

26.07%

7.92%

chr4

92 896

76,283

67.63%

67.59%

32.37%

32.41%

75.41%

88.97%

24.59%

11.03%

chr5

150 451

95,589

67.62%

67.17%

32.38%

32.83%

84.25%

88.79%

15.75%

11.21%

chr6

129 297

101,624

68.74%

68.74%

31.26%

31.26%

71.46%

91.35%

28.54%

8.65%

chr7

98 294

75,169

68.12%

67.75%

31.88%

32.25%

80.55%

89.80%

19.45%

10.20%

chr8

138 638

103,421

68.60%

68.41%

31.40%

31.59%

75.92%

90.04%

24.08%

9.96%

chr9

147 795

108,343

68.12%

67.63%

31.88%

32.37%

82.87%

88.60%

17.13%

11.40%

chr10

156 277

116,019

67.41%

67.20%

32.59%

32.80%

79.92%

91.05%

20.08%

8.95%

chr11

188 022

138,474

68.08%

67.63%

31.92%

32.37%

82.45%

88.43%

17.55%

11.57%

chr12

167 505

125,460

68.28%

68.06%

31.72%

31.94%

77.87%

92.04%

22.13%

7.96%

chr13

145 527

115,371

68.78%

68.67%

31.22%

31.33%

84.07%

91.24%

15.93%

8.76%

chr14

131 530

93,323

68.60%

68.29%

31.40%

31.71%

80.61%

87.62%

19.39%

12.38%

chr15

204 749

161,391

68.43%

68.37%

31.57%

31.63%

79.31%

88.75%

20.69%

11.25%

chr16

96 988

78,842

68.44%

67.69%

31.56%

32.31%

79.94%

90.44%

20.06%

9.56%

chr17

115 068

87,780

67.67%

67.41%

32.33%

32.59%

77.75%

88.38%

22.25%

11.62%

Total

2 454 406

1,874,349

68.27%

68.02%

31.73%

31.98%

79.09%

89.82%

20.91%

10.18%

  1. aChromosome.
  2. bThe total number of SNPs in this sample.
  3. cPercentage of conversion in same type bases.
  4. dPercentage of conversion in bases of different types.
  5. ePercent heterozygous (presence of two or more bases).
  6. fPercent homozygous (only one base).