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Table 3 Concordant polymorphisms for QTL that were clustered in two or more than two groups

From: Concordance analysis for QTL detection in dairy cattle: a case study of leg morphology

QTL

indiv

conc

intg

intr

down

up

other

full

genes

2 groups

4

58

42

4

37

0

1

0

0

VPS13B, OSR2

6

64

15

0

12

3

0

0

0

MAP2K6

9

59

8

0

7

1

0

0

1

ADARB2, miRNA

11

65

27

24

0

3

0

0

0

5S rRNA

12

43

3

3

0

0

0

0

0

-

14

58

102

100

0

0

2

0

22

RAP1GAP2

15

59

340

115

197

0

28

0

6

BTRC, LBX1

18

59

63

63

0

0

0

0

1

-

19

59

35

0

35

0

0

0

0

COL11A1

20

59

65

65

0

0

0

0

0

-

>2 groups

1

40

327

265

42

4

12

4

0

SLC35B3, EEF1E1, BLOC1S5, TXNDC5, 5S rRNA, BMP6, U6, DSP, RIOK1, CAGE1, SSR1, RREB1

3

37

52

40

8

2

1

1

0

TANC2, ACE3, SCN4A, ICAM2, ERN1, miRNA

7

46

411

197

126

39

47

2

0

PCBP3, 5S rRNA

13

34

31

7

21

3

0

0

3

BRD3, EHMT1, ARRDC1, MRPL41, WDR85, PNPLA7, NELF, EXD3

17

29

187

113

71

3

0

0

97

KAT6B, KCNMA1, pseudogene

  1. indiv = number of concordant polymorphisms for the QTL used in the concordance analysis, the average number of individuals with known QTL status and sequence quality score ≥ 20; conc = number of concordant polymorphisms; intg = number of intergenic concordant polymorphisms; intr = number of intronic concordant polymorphisms; down = number of downstream concordant polymorphisms; up = number of upstream concordant polymorphisms; other = number of other concordant polymorphisms including 3′ prime variants, synonymous variant, splice variants and non-coding exon variants; full = polymorphisms in complete concordance; and names of the genes containing concordant polymorphisms.