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. 2016 Sep 16;7:1362. doi: 10.3389/fpls.2016.01362

Table 2.

Molecular mapping of major pod number and seed yield per plant QTLs in chickpea.

InDel markers-anchored genetic linkage maps *QTLs LGs/Chromosomes Marker intervals with genetic positions (cM) QTL physical intervals (bp) LOD PVE (%) A
PI: (Pusa 1103 × ILWC 46) CaqaPN2.1 CaLG(Chr)2 CaPOPI_837 (73.96)–CaPOPI_1052 (81.99) CaPOPI_837 (29,220,253)–CaPOPI_1052 (32,393,633) 8.5 18 2.7
#CaqaPN4.1 CaLG(Chr)4 CaPOPI_2016 (45.19)–CaPOPI_2049 (52.74) CaPOPI_2016 (13,068,436)–CaPOPI_2049 (15,252,487) 12.7 25 3.9
#CaqaPN4.2 CaLG(Chr)4 CaPOPI_2652 (108.09)–CaPOPI_2803 (117.08) CaPOPI_2652 (31,259,145)–CaPOPI_2803 (33,857,426) 11.5 21 4.3
CaqaSYP2.1 CaLG(Chr)2 CaPOPI_852 (75.50)–CaPOPI_1063 (82.80) CaPOPI_852 (29,829,940)–CaPOPI_1063 (32,713,895) 8.0 16 2.5
CaqaSYP4.1 CaLG(Chr)4 CaPOPI_2621 (106.11)–CaPOPI_2791 (116.58) CaPOPI_2621 (30,685,617)–CaPOPI_2791 (33,714,297) 11.8 23 3.0
CaqaSYP6.1 CaLG(Chr)6 CaPOPI_3978 (24.42)–CaPOPI_4047 (34.05) CaPOPI_3978 (12,253,200)–CaPOPI_4047 (17,086,650) 12.3 20 4.1
PII: (Pusa 256 × ILWC 46) CaqbPN2.1 CaLG(Chr)2 CaPOPII_673 (49.17)–CaPOPII_777 (54.07) CaPOPII_673 (29,445,927)–CaPOPII_777 (32,379,585) 6.7 15 3.3
#CaqbPN4.1 CaLG(Chr)4 CaPOPII_1347 (30.69)–CaPOPII_1383 (36.14) CaPOPII_1347 (12,225,286)–CaPOPII_1383 (14,397,300) 11.4 22 4.7
#CaqbPN4.2 CaLG(Chr)4 CaPOPII_1680 (78.06)–CaPOPII_1743 (85.77) CaPOPII_1680 (31,101,573)–CaPOPII_1743 (34,169,705) 9.8 19 4.2
CaqbSYP2.1 CaLG(Chr)2 CaPOPII_662 (48.55)–CaPOPII_781 (54.10) CaPOPII_662 (29,072,040)–CaPOPII_781 (32,393,633) 7.5 17 3.1
CaqbSYP4.1 CaLG(Chr)4 CaPOPII_1680 (78.06)–CaPOPII_1743 (85.77) CaPOPII_1680 (31,101,573)–CaPOPII_1743 (34,169,705) 10.6 23 4.0
CaqbSYP6.1 CaLG(Chr)6 CaPOPII_2424 (14.81)–CaPOPII_2465 (21.08) CaPOPII_2424 (12,877,302)–CaPOPII_2465 (18,331,022) 9.5 20 3.8
Pc: [PI (Pusa 1103 × ILWC 46) and PII (Pusa 256 × ILWC 46)] CaqcPN2.1 CaLG(Chr)2 CaPOPI_II_202 (61.8)–CaPOPI_II_228 (68.3) CaPOPI_II_202 (29,445,927)–CaPOPI_II_228 (32,393,633) 9.4 20 3.8
#CaqcPN4.1 CaLG(Chr)4 CaPOPI_II_384 (40.3)–CaPOPI_II_388 (43.0) CaPOPI_II_384 (13,509,527)–CaPOPI_II_388 (14,397,300) 13.8 28 4.5
#CaqcPN4.2 CaLG(Chr)4 CaPOPI_II_479 (94.9)–CaPOPI_II_492 (100.6) CaPOPI_II_479 (31,806,633)–CaPOPI_II_492 (33,714,267) 11.7 24 4.0
CaqcSYP2.1 CaLG(Chr)2 CaPOPI_II_203 (75.50)–CaPOPI_II_227 (81.95) CaPOPI_II_203 (29,829,940)–CaPOPI_II_227 (32,379,585) 10.2 22 4.1
CaqcSYP4.1 CaLG(Chr)4 CaPOPI_II_468 (76.64)–CaPOPI_II_482 (80.89) CaPOPI_II_468 (30,535,832)–CaPOPI_II_482 (32,227,293) 14.5 27 4.3
CaqcSYP6.1 CaLG(Chr)6 CaPOPI_II_674 (20.2)–CaPOPI_II_683 (26.0) CaPOPI_II_674 (12,877,302)–CaPOPI_II_683 (16,547,931) 12.4 25 4.0
*

CaqaPN2.1 (C. arietinum PI-derived pod number QTL on chromosome 2 number 1), CaqbPN2.1 (C. arietinum PII-derived pod number QTL on chromosome 2 number 1) and CaqcPN2.1 (C. arietinum Pc-derived pod number QTL on chromosome 2 number 1). CaqaSYP2.1 (C. arietinum PI-derived seed yield per plant QTL on chromosome 2 number 1), CaqbSPN2.1 (C. arietinum PII-derived seed yield per plant QTL on chromosome 2 number 1) and CaqcSPN2.1 (C. arietinum Pc-derived seed yield per plant QTL on chromosome 2 number 1). PVE, Proportion of phenotypic variation explained by QTLs, A, additive effect; positive additive effect infers alleles from high PN and SYP mapping parental chickpea accessions (Pusa 1103 and Pusa 256). Details regarding InDel markers are mentioned in the Tables S1S8.

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documented previously by Das et al. (2016).