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Table 2 QTLs for brown spot (BS) resistance

From: QTLs for Resistance to Major Rice Diseases Exacerbated by Global Warming: Brown Spot, Bacterial Seedling Rot, and Bacterial Grain Rot

Chromosome

QTLa

Source of resistance allele

Materials used for QTL analysisb

Phenotyping method

Reference

1

qBSfR1

Tadukan

110 RILs (Tadukan (R) and Hinohikari (S))

Field evaluation at 113 days after transplanting by promoting disease with inoculated spreader

Sato et al. (2015)

2

BSq2.1v&i

IR62266-42-6-2

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol and Inceptisol soils)

Katara et al. (2010)

2

qBS2

Hinohikari

110 RILs (Tadukan (R) and Hinohikari (S))

Inoculation of 18-day-old-plants in greenhouse

Sato et al. (2008a)

2

BSq2.2v&i

IR62266-42-6-2

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol and Inceptisol soils)

Katara et al. (2010)

4

qBSfR4

Hinohikari

110 RILs (Tadukan (R) and Hinohikari (S))

Field evaluation at 113 days after transplanting by promoting disease with inoculated spreader

Sato et al. (2015)

4

BSq4.1v&i

CT9993-5-10-1 M

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol and Inceptisol soils)

Katara et al. (2010)

6

BSq6.1v

CT9993-5-10-1 M

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol soil)

Katara et al. (2010)

6

BSq6.2i

CT9993-5-10-1 M

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Inceptisol soil)

Katara et al. (2010)

8

BSq8.1i

CT9993-5-10-1 M

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Inceptisol soil)

Katara et al. (2010)

8

BSq8.2v

CT9993-5-10-1 M

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol soil)

Katara et al. (2010)

9

qBS9

Tadukan

110 RILs (Tadukan (R) and Hinohikari (S))

Inoculation of 18-day-old-plants in greenhouse

Sato et al. (2008a)

9

(QTL)

Kasalath

39 CSSLs (Donor: Kasalath (R), Recipient: Koshihikari (S))

Inoculation of 18-day-old-plants in greenhouse

Sato et al. (2008b)

9

BSq9.1v

IR62266-42-6-2

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol soil)

Katara et al. (2010)

11

BSq11.1v&i

CT9993-5-10-1 M

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol and Inceptisol soils)

Katara et al. (2010)

11

qBS11

Tadukan

110 RILs (Tadukan (R) and Hinohikari (S))

Inoculation of 18-day-old-plants in greenhouse

Sato et al. (2008a)

11

qBSfR11

Tadukan

110 RILs (Tadukan (R) and Hinohikari (S))

Field evaluation at 113 days after transplanting by promoting disease with inoculated spreader

Sato et al. (2015)

11

BSq11.2v

IR62266-42-6-2

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol soil)

Katara et al. (2010)

12

BSq12.1v

CT9993-5-10-1 M

154 DH lines (CT9993-5-10-1 M (R) and IR62266-42-6-2 (S))

Field evaluation without artificial inoculation (Vertisol soil)

Katara et al. (2010)

12

bs1

Dinorado

186 F2 lines (Dinorado (R) and IR36 (S))

(not described in detail)

Banu et al. (2008)

  1. aQTLs written in bold font were detected in similar positions in several cultivars in different experiments. QTLs with designations followed by v and/or i were identified on Vertisol and/or Inceptisol soil, respectively
  2. b CSSLs chromosome segment substitution lines, DH doubled haploid, RIL recombinant inbred lines, R resistant cultivar, S susceptible cultivar