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Table 3 Epistatic QTLs

From: Epistatic regulation of growth in Atlantic salmon revealed: a QTL study performed on the domesticated-wild interface

Dataset

Phenotype

Chromosome

Position

Half-sib parent

Crossed with

% of phenotype variance within family

1

L

17

0–12

7 (Mowi ♀)

17 (Mowi ♂) and 35 (Figgjo ♂)

2.5

1

L

22

10–45

2 (Mowi ♀)

12 (Mowi ♂) and 32 (Figgjo ♂)

2.7

2

L

9

40–105

30 (Figgjo ♀)

18 (Figgjo ♂) and 39 (Mowi ♂)

5.2

2

L

28

5–50

30 (Figgjo ♀)

18 (Figgjo ♂) and 39 (Mowi ♂)

3.8

3

L

4

55–85

21 (Etne ♂)

17 (Etne ♀) and 41(Mowi ♀)

6.5

3

L

5

5–95

39 (Mowi ♀)

9 (Mowi ♂) and 32 (Etne ♂)

4.6

3

L

11

40–55

41 (Mowi ♀)

11 (Mowi ♂) and 21 (Etne ♂)

9.5

3

L

20

15–60

36 (Etne ♂)

23 (Mowi ♀), 24 (Etne ♀) and 34 (Mowi ♀)

4.2

4

L

2

15–100

10 (Skibotn ♂)

9 (Skibotn ♀) and 12 (Skibotn ♀)

9.7

4

L

17

0–40

24 (Vosso ♂)

37 (Farm2 ♀) and 23 (Vosso ♀)

14.1

1

W

9

1–55

37(Figgio♂)

9 (Mowi♀) and 29 (Figgo♀)

3

1

W

22

10–45

2 (Mowi ♀)

12 (Mowi ♂) and 32 (Figgio♂)

3.1

2

W

9

40–105

30 (Figgjo ♀)

18 (Figgjo ♂) and 39 (Mowi ♂)

5.2

2

W

28

10–45

30 (Figgjo ♀)

18 (Figgjo ♂) and 39 (Mowi ♂)

4

3

W

4

55–85

21 (Etne ♂)

17 (Etne ♀) and 41(Mowi ♀)

6.2

3

W

5

5–95

39 (Mowi ♀)

9 (Mowi ♂) and 32 (Etne ♂)

4.9

3

W

11

40–55

41 (Mowi ♀)

11 (Mowi ♂) and 21 (Etne ♂)

9.1

3

W

20

15–60

36 (Etne ♂)

23 (Mowi ♀), 24 (Etne ♀) and 34 (Mowi ♀)

4.5

4

W

2

15–100

10 (Skibotn ♂)

9 (Skibotn ♀) and 12 (Skibotn ♀)

8.6

4

W

17

0–40

24 (Vosso ♂)

37 (Farm2 ♀) and 23 (Vosso ♀)

16.4

  1. Chromosome, position, ID of parents displaying alleles under epistatic regulation and percentage of phenotypic variation within the respective families explained by the epistatic QTL related to freshwater weight of domesticated, hybrid and wild salmon in dataset 1–4