Table 3 Number of nucleotides at gene boundaries in F and M mitochondrial genomes of Scrobicularia plana and Limecola balthica.

From: Unorthodox features in two venerid bivalves with doubly uniparental inheritance of mitochondria

Boundary

S. plana F mtDNA

Boundary

S. plana M mtDNA

Boundary

L. balthica F mtDNA

Boundary

L. balthica M mtDNA

cox1

nd4

10

cox1

nd4

60

cox1

nd4

0

cox1

nd4

15

nd4

trnH

2

nd4

trnH

4

nd4

trnH

6

nd4

trnH

13

trnH

trnS2

0

trnH

trnS2

55

trnH

trnS2

1

trnH

trnS2

16

trnS2

trnE

0

trnS2

trnE

15

trnS2

trnE

1

trnS2

trnE

2

trnE

nd3

15

trnE

nd3

6

trnE

nd3

15

trnE

nd3

18

nd3

trnI

10

nd3

trnI

−17

nd3

trnI

13

nd3

trnI

−17

trnI

trnK

3

trnI

trnK

1

trnI

trnK

2

trnI

trnK

2

trnK

nd4L

0

trnK

nd4L

2

trnK

nd4L

0

trnK

nd4L

10

nd4L

trnY

1

nd4L

trnY

7

nd4L

trnY

4

nd4L

trnY

1

trnY

trnT

−3

trnY

trnT

−2

trnY

trnT

−2

trnY

trnA_1

−2

trnT

trnL1

0

trnT

trnL1

1

trnT

trnL1

0

trnA_1

trnL1

3

trnL1

trnD

−1

trnL1

trnD

−1

trnL1

trnD

−1

trnL1

trnD

−1

trnD

trnL2

2

trnD

trnL2

2

trnD

trnL2

1

trnD

trnL2

6

trnL2

nd1

1

trnL2

nd1

1

trnL2

nd1

1

trnL2

nd1

−14

nd1

trnN

3

nd1

trnN

−19

nd1

trnN

1

nd1

trnN

5

trnN

nd5

0

trnN

nd5

25

trnN

nd5

0

trnN

nd5

0

nd5

trnR

−40

nd5

trnR

4

nd5

trnR

1

nd5

trnR

−10

trnR

cob

3

trnR

cob

72

trnR

cob

31

trnR

cob

111

cob

cox2

110

cob

trnW

610

cob

cox2

71

cob

cox2

216

cox2

trnV

5

trnW

rrnS

3231

cox2

trnV

3

cox2

trnV

533

trnV

trnW

0

rrnS

trnV

101

trnV

trnW

−1

trnV

trnW

0

trnW

trnG

2

trnV

trnG

18

trnW

trnG

5

trnW

trnG

15

trnG

rrnS

4

trnG

cox2

1272

trnG

rrnS

3

trnG

rrnS

410

rrnS

trnM

732

cox2

trnM

57

rrnS

trnM

1890

rrnS

trnM

3697

trnM

atp8

11

trnM

atp8

13

trnM

atp8

9

trnM

atp8

11

atp8

trnS1

−2

atp8

trnS1

28

atp8

trnS1

3

atp8

trnS1

−1

trnS1

nd6

32

trnS1

nd6

20

trnS1

nd6

34

trnS1

nd6

−2

nd6

rrnL

0

nd6

rrnL

0

nd6

rrnL

35

nd6

rrnL

12

rrnL

atp6

54

rrnL

atp6

180

rrnL

atp6

47

rrnL

atp6

40

atp6

cox3

30

atp6

cox3

8

atp6

cox3

52

atp6

cox3

17

cox3

nd2

34

cox3

nd2

56

cox3

nd2

81

cox3

nd2

105

nd2

trnP

52

nd2

trnP

3

nd2

trnP

0

nd2

trnP_1

78

trnP

trnQ

11

trnP

trnQ

25

trnP

trnQ

13

trnP_1

trnP_0

7

trnQ

trnC

15

trnQ

trnC

0

   

trnP_0

trnQ

35

trnC

trnA

0

trnC

trnA

4

trnQ

trnC

−1

trnQ

trnC

0

trnA

trnF

−1

trnA

trnF

3

trnC

trnA

1

trnC

trnA_0

13

trnF

cox1

161

trnF

cox1

372

trnA

trnF

−1

trnA_0

trnF

20

      

trnF

cox1

163

trnF

cox1

250

  1. NOTE – Negative values indicate that genes overlap.