NAU2119, NAU2119 (genetic_marker) Gossypium hirsutum

Marker Overview
NameNAU2119
Genbank IDDR044201
TypeSSR
SpeciesGossypium hirsutum
Germplasm7235
7235
Source SequenceDR044201.1
Source TypeEST
Repeat MotifCTA(7)
PCR ConditionAnnealing temperature: 57
Primer 1NAU2119_F: GACAATGGCGGACAAAGTAT
Primer 2NAU2119_R: GAGGATGATCCAGAAACAGC
Product Length235
Publication[view all]
ContactZhang, Tian-Zhen
CommentPrimer data obtained in 2007-05
Contact
NameDetails
Zhang, Tian-Zhen
First name:Tian-Zhen
Last name:Zhang
Title:Professor
Institution:Zhejiang University
Address:College of Agriculture and Biotechnology, Zhejiang University, Hangzhou , 310058 , Zhejiang , China
Country:China
Email:cotton@zju.edu.cn
Phone:+86 571 88982971
Fax:+86 571 88982971
Keywords:cotton genetics and genomics, and breeding
Last update:18-Mar-2022
Cross References
External references for this genetic_marker
DatabaseAccession
DB:genbankDR044201
Germplasm
Stock NameType
7235accession
7235accession
Relationships

The following sequence_feature feature(s) derives from this genetic_marker:

Feature NameUnique NameSpeciesType
DR044201.1DR044201.1Gossypium hirsutumsequence_feature


Map Positions
#Map NameLinkage GroupBinPositionLocusMapViewer
1AD-genome wide Reference Map (2009)AD_ch25_Dt.06N/A89NAU2119View
2Emian-22 x 3-79, BC1 (2011)AD_ch25_Dt.06N/A74.44NAU2119View
3TM-1 x (TX-0256 + TX-1046), CSIL (2016)AD_ch25_Dt.06N/A26.4NAU2119View
40-153 x sGK9708, RIL (2015)AD_ch25_Dt.06N/A48.32NAU2119View
50-153 x sGK9708, RIL (2016)AD_ch25_Dt.06N/A132.8NAU2119View
6CCRI 12-4 x (AD)5-7, F2 (2015)AD_ch25_Dt.06N/A54.5NAU2119View
7TM-1 x Hai-7124, BC1 (2007)AD_ch25_Dt.06N/A87NAU2119-300View
8TM-1 x Hai-7124, BC1 (2008)AD_ch25_Dt.06N/A54.53NAU2119-300View
9TM-1 x Hai-7124, BC1 (2012)AD_ch25_Dt.06N/A64.7NAU2119-300View
Sequence
>NAU2119 ID=NAU2119; Name=NAU2119; organism=Gossypium hirsutum; type=genetic_marker; length=235bp
GACAATGGCGGACAAAGTATNCCCTTCCTCCAAANCCACCGCACGCTGCC
CTGGCGGAGCAGCAGCTCCTACTACTACTACTACTACTACCTCCAACAAA
CAACGGGGAACTACCAAATCCCACCTCATAACCCCACCGCCGNCTACCCT
ANCGTCCACAGCCCCATAACAGACGTCGCAACTACCNGTCCACGGCGCAA
NTACTGTTNGCTGCTGCTGTTTCTGGATCATCCTC