Name	GVG-RIL-2016
Type	QTL
Description	QTLs for fiber quality and oil content and seed index
Contact	Hua, Jin-Ping

Name
GX1135 x GX100-2, RIL (2016)
GX1135 x VGX100-2, RIL (2016)

Name	Type
cdbprg_GG-RIL-068	accession
cdbprg_GG-RIL-069	accession
cdbprg_GG-RIL-070	accession
cdbprg_GG-RIL-071	accession
cdbprg_GG-RIL-072	accession
cdbprg_GG-RIL-073	accession
cdbprg_GG-RIL-074	accession
cdbprg_GG-RIL-075	accession
cdbprg_GG-RIL-076	accession
cdbprg_GG-RIL-077	accession
cdbprg_GG-RIL-078	accession
cdbprg_GG-RIL-079	accession
cdbprg_GG-RIL-080	accession
cdbprg_GG-RIL-081	accession
cdbprg_GG-RIL-082	accession
cdbprg_GG-RIL-083	accession
cdbprg_GG-RIL-084	accession
cdbprg_GG-RIL-085	accession
cdbprg_GG-RIL-086	accession
cdbprg_GG-RIL-087	accession
cdbprg_GG-RIL-088	accession
cdbprg_GG-RIL-089	accession
cdbprg_GG-RIL-090	accession
cdbprg_GG-RIL-091	accession
cdbprg_GG-RIL-092	accession

Name
seed oil content
seed index
fiber elongation
micronaire
2.5 span length
fiber uniformity
fiber strength

Year	Publication
2016	Shang L, Wang Y, Wang X, Liu F, Abduweli A, Cai S, Li Y, Ma L, Wang K, Hua J. Genetic Analysis and Stable QTL Detection on Fiber Quality Traits Using Two Recombinant Inbred Line Populations and Their Backcross Progeny in Upland Cotton. G3 (Bethesda, Md.). 2016 Jun 24.
2016	Shang L, Abduweli A, Wang Y, Hua J. Genetic analysis and QTL mapping of oil content and seed index using two recombinant inbred lines and two backcross populations in upland cotton. Plant Breeding. 2016 Dec 12; 135:224–231.

Group	Descriptor
cotton_trait_descriptor	SI (g)
cotton_trait_descriptor	MIC (unit)
cotton_trait_descriptor	FUR (%)
cotton_trait_descriptor	FEL (%)
cotton_trait_descriptor	FS (cN/tex)
cotton_trait_descriptor	SL2.5 (mm)
cotton_trait_descriptor	SOC (%)

Linkage Group	Name	Type	Start	Stop	Peak
GX1135 x VGX100-2, RIL (2016).chr22-2	qSI.GVG-RIL_ch22-2.xy12-bc	QTL	0	23.3	-
GX1135 x VGX100-2, RIL (2016).chr21-1	qFS.GVG-RIL_ch21-1.hd12	QTL	64.7	75.4	-
GX1135 x VGX100-2, RIL (2016).chr21-1	qFS.GVG-RIL_ch21-1.xy12.2	QTL	57.8	62.9	-
GX1135 x VGX100-2, RIL (2016).chr21-1	qMIC.GVG-RIL_ch21-1.xy12-bc	QTL	64.7	75.4	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qFEL.GVG-RIL_ch26-1.hd12.1	QTL	11.5	27	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qFEL.GVG-RIL_ch26-1.hd12.2	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qFS.GVG-RIL_ch26-1.cz12-bc	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qFS.GVG-RIL_ch26-1.cz12	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qFS.GVG-RIL_ch26-1.hd12-bc	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qFS.GVG-RIL_ch26-1.hd12.1	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qFS.GVG-RIL_ch26-1.hd12.2	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qMIC.GVG-RIL_ch26-1.hd12-bc	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qSI.GVG-RIL_ch26-1.hd12-ril	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr26-1	qSI.GVG-RIL_ch26-1.hd12-ril'	QTL	27	51.3	-
GX1135 x VGX100-2, RIL (2016).chr23	qFEL.GVG-RIL_ch23.xy12	QTL	148.8	164.4	-
GX1135 x VGX100-2, RIL (2016).chr23	qFU.GVG-RIL_ch23.xy12-bc	QTL	148.8	164.4	-
GX1135 x VGX100-2, RIL (2016).chr01	qMIC.GVG-RIL_ch01.xy12.2	QTL	320.1	333.3	-
GX1135 x VGX100-2, RIL (2016).chr23	qSI.GVG-RIL_ch23.xy12-ril	QTL	126.2	148.8	-
GX1135 x VGX100-2, RIL (2016).chr23	qSI.GVG-RIL_ch23.xy12-bc	QTL	126.2	148.8	-
GX1135 x VGX100-2, RIL (2016).chr16-1	qMIC.GVG-RIL_ch16-1.hd12.2	QTL	61.1	66.6	-
GX1135 x VGX100-2, RIL (2016).chr16-1	qMIC.GVG-RIL_ch16-1.xy12	QTL	61.1	66.6	-
GX1135 x VGX100-2, RIL (2016).chr15	qSI.GVG-RIL_ch15.cz12-ril	QTL	0	14.8	-
GX1135 x VGX100-2, RIL (2016).chr15	qSI.GVG-RIL_ch15.cz12-bc	QTL	0	14.8	-
GX1135 x VGX100-2, RIL (2016).chr15	qSI.GVG-RIL_ch15.cz12-ril'	QTL	0	14.8	-
GX1135 x VGX100-2, RIL (2016).chr15	qSI.GVG-RIL_ch15.hd12-ril'	QTL	0	14.8	-