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Table 2 QTL associated with Cd accumulation identified by GWAS using different populations

From: Genome-wide association study and candidate gene analysis of rice cadmium accumulation in grain in a diverse rice collection

QTLs

Chromosome

Linked SNP position a

P-value

Phenotype contribution (%)

Candidate gene

Composite population

 qCd1

1

41,982,531

2.43E-06

4.66

OsLCD

 qCd2–1

2

2,060,980

6.01E-05

2.40

 

 qCd2–2

2

5,523,027

4.38E-05

3.47

 

 qCd2–3

2

23,732,572

6.88E-05

2.71

 

 qCd3–1

3

4,848,498

1.04E-05

4.06

 

 qCd3–2

3

5,635,117

2.78E-06

4.61

 

 qCd4

4

20,074,216

4.67E-05

2.53

 

 qCd7–1

7

7,186,204

1.69E-06

4.82

OsHMA3

 qCd7–2

7

8,263,482

1.86E-06

4.78

OsNRAMP1, OsNRAMP5

 qCd7–3

7

18,553,958

1.14E-05

4.02

 

 qCd8–1

8

902,085

3.25E-05

3.01

 

 qCd8–2

8

18,365,933

3.82E-06

4.48

 

 qCd8–3

8

27,463,194

3.12E-05

2.60

 

 qCd11

11

14,891,373

2.48E-05

  

Indica

 qCd_ind_1

1

41,982,531

8.89E-05

6.85

OsLCD

 qCd_ind_2–1

2

2,060,980

7.66E-04

5.00

 

 qCd_ind_2–2

2

4,986,931

2.27E-04

6.04

 

 qCd_ind_3

3

27,195,551

3.06E-04

5.78

 

 qCd_ind_4

4

20,368,258

1.34E-04

5.93

 

 qCd_ind_5

5

23,588,056

4.53E-04

5.45

 

 qCd_ind_8

8

899,377

1.93E-05

8.20

 

Japonica

 qCd_jap-2

2

23,666,135

5.23E-05

12.74

 

 qCd_jap-3

3

5,507,369

3.81E-04

9.63

 

 qCd_jap-7-1

7

7,451,789

3.52E-04

9.75

OsHMA3

 qCd_jap-7-2

7

8,467,983

1.56E-04

11.01

OsNRAMP1, OsNRAMP5

 qCd_jap-7-3

7

24,677,317

3.71E-05

13.29

 

 qCd_jap-7-4

7

27,037,840

6.24E-04

8.88

 

 qCd_jap-11

11

25,263,712

4.09E-04

9.52

 
  1. aPosition of SNP is base on rice reference sequence MSU V 7.0. (Kawahara et al. 2013)