DS-RIL-2022

Project Overview
NameDS-RIL-2022
TypeQTL
DescriptionQTL analysis for productivity and fber quality traits
ContactGowda, Anjan S.
Katageri, Ishwarappa S.
Genetic Maps
This project contains 1 Maps:
Name
DS-28 x SBYF-425, RIL (2022)
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Germplasm
This project contains 1 stocks:
NameType
cdbpop_000213population
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1
Contact
NameDetails
Gowda, Anjan S.
First name:Anjan S.
Last name:Gowda
Institution:University of Agricultural Sciences
Address:Department of Genetics and Plant Breeding, University of Agricultural Sciences, Dharwad, Karnataka 580008, India
Last update:09/26/2022
Katageri, Ishwarappa S.
Description:Generation of genetic stocks, SSR based linkage mapping, QTL mapping, functional genomics, EST library construction. Genetic transformation.
First name:Ishwarappa
Last name:Katageri
Title:Professor and Head
Institution:University of Agricultural Sciences Dharwad
Address:Dept. of Biotechnology, College of Agriculture, Krishi Nagar, Dharwad-580 005
Country:India
Email:katageriis@uasd.in, ikatageri@gmail.com
Phone:'+91 (836) 244-7874
Fax:'+91 (944) 882-2266
Keywords:Genetics and Plant Breeding
Last update:30-May-2016
Trait Descriptors
This project contains 15 Trait Descriptors:
GroupDescriptor
cotton_trait_descriptorLP (%)
cotton_trait_descriptorSI (g)
cotton_trait_descriptorMIC (unit)
cotton_trait_descriptorLI (g)
cotton_trait_descriptorFUR (%)
cotton_trait_descriptornum of mono-branch
cotton_trait_descriptornum of sym-branch
cotton_trait_descriptorBN per plant
cotton_trait_descriptorBWT (g)
cotton_trait_descriptorFEL (%)
cotton_trait_descriptorSCY (g/plant)
cotton_trait_descriptorUHML (mm)
cotton_trait_descriptorplant height (cm)
cotton_trait_descriptorFS (g/tex)
cotton_trait_descriptorFM (ratio)
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QTL
This project contains 88 QTL:
Download Table
Linkage GroupNameTypeStartStopPeak
DS-28 x SBYF-425, RIL (2022).AD_chr.14qFS.DS-RIL.ch14.Dha20.1QTL40.81 41.52 40.82
DS-28 x SBYF-425, RIL (2022).AD_chr.14qFS.DS-RIL.ch14.Dha20.2QTL42.65 46.44 42.66
DS-28 x SBYF-425, RIL (2022).AD_chr.18qFS.DS-RIL.ch18.Dha18QTL84.28 86.68 84.29
DS-28 x SBYF-425, RIL (2022).AD_chr.19qFS.DS-RIL.ch19.Dha18QTL79.75 80.68 79.76
DS-28 x SBYF-425, RIL (2022).AD_chr.20qFS.DS-RIL.ch20.Dha18QTL86.54 89.67 86.55
DS-28 x SBYF-425, RIL (2022).AD_chr.21qFS.DS-RIL.ch21.Dha18QTL27.63 27.85 27.64
DS-28 x SBYF-425, RIL (2022).AD_chr.25qFS.DS-RIL.ch25.Dha19QTL37.51 37.7 37.52
DS-28 x SBYF-425, RIL (2022).AD_chr.12qFU.DS-RIL.ch12.Dha19.1QTL43 51.17 48.01
DS-28 x SBYF-425, RIL (2022).AD_chr.12qFU.DS-RIL.ch12.Dha19.2QTL51.17 52.69 51.18
DS-28 x SBYF-425, RIL (2022).AD_chr.20qFU.DS-RIL.ch20.Dha18QTL86.54 89.67 86.55
DS-28 x SBYF-425, RIL (2022).AD_chr.23qFU.DS-RIL.ch23.Dha19QTL84.54 88.3 84.55
DS-28 x SBYF-425, RIL (2022).AD_chr.05qFU.DS-RIL.ch05.Dha20.1QTL15.17 16.3 15.18
DS-28 x SBYF-425, RIL (2022).AD_chr.23qLI.DS-RIL.ch23.Dha19QTL70.8 71.75 70.81
DS-28 x SBYF-425, RIL (2022).AD_chr.03qLI.DS-RIL.ch03.Dha19QTL95.19 97.82 97.7
DS-28 x SBYF-425, RIL (2022).AD_chr.04qLP.DS-RIL.ch04.Dha19QTL45.79 45.81 -
DS-28 x SBYF-425, RIL (2022).AD_chr.18qMIC.DS-RIL.ch18.Dha18QTL60.65 64.03 63.16
DS-28 x SBYF-425, RIL (2022).AD_chr.25qMIC.DS-RIL.ch25.Dha19QTL35.02 35.35 35.03
DS-28 x SBYF-425, RIL (2022).AD_chr.25qMIC.DS-RIL.ch25.Dha20QTL31.49 32.47 31.5
DS-28 x SBYF-425, RIL (2022).AD_chr.12qMONON.DS-RIL.ch12.Dha19QTL70.09 71.59 70.1
DS-28 x SBYF-425, RIL (2022).AD_chr.15qMONON.DS-RIL.ch15.Dha20QTL63.09 65.92 65.6
DS-28 x SBYF-425, RIL (2022).AD_chr.18qMONON.DS-RIL.ch18.Dha20.1QTL40.21 43.68 42.71
DS-28 x SBYF-425, RIL (2022).AD_chr.18qMONON.DS-RIL.ch18.Dha20.2QTL43.69 44.45 43.7
DS-28 x SBYF-425, RIL (2022).AD_chr.21qMONON.DS-RIL.ch21.Dha18QTL42.71 42.92 42.83
DS-28 x SBYF-425, RIL (2022).AD_chr.24qMONON.DS-RIL.ch24.Dha20QTL7.1 10.72 9.61
DS-28 x SBYF-425, RIL (2022).AD_chr.19qPH.DS-RIL.ch19.Dha19QTL0 2.06 2.06
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