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ENTRY-NO: 00394

MATERIAL: wheat, Triticum aestivum, Chinese Spring, T3008

PEDIGREE: Local variety

MARKER: spring-type, hexaploid, 2n=42, di-haploid (induced), 7AS1.5 C-band present, 1⁴ transl. to Feng Kang 13, Blaukorn, Boulmiche, Bersee; 2⁴ transl. to Triticum spelta; 0 transl. to Beijing Red 1, Bocquian, Triticum aestivum var. tibetanum;1⁶ transl. to Azteka (for other see R. Schlegel, DOID-000.021,  Compendium of translocations in wheat 1995); hybrid desynapsis loci hyd1 hyd2; pairing homoeologous locus Ph1; rht allele; now copper efficiency, no HMN exudation; good interspecific and intergeneric crossing ability (Kr1,Kr2 loci); zinc inefficient; 17.7 % protein content; Fe-inefficient fe1fe1Fe2Fe2 (7B) ; HMW profil: Glu-A1  N, Glu-B1  7+ 8, Glu-D1 2+12

ORIGIN: E.R. Sears, DOID-000.046,  Columbia, USA (China, USA)

YEAR: 1988

REMARKS: used as internal standard karyotype, monosomics developed

NUMBER OF SEEDS RECEIVED: 2

YEAR OF MULTIPLICATION: 1993, 1996, 1997

PROGENY: /1-2 >50 NS; /1-3 >1000 NS; /61 150

NUMBER OF SEEDS: >1000

PLACE OF STORAGE: h.c.

SEEDS USED: -5, V. Korzun, Gatersleben, Germany 7/96, phylogeny of the 1R/1B translocation; -30, H. Saberi, Adelaide, Australia, 9/96, Mn efficiency; -25, M.M. El-Fouly, Cairo, Egypt, 9/97, Zn-efficiency, -20, Z. Rengel, Nedland, Australia, 9/97, P-efficiency; -5, N. Watanabe, Gifu, Japan, photosynthetic efficiency; -30, I. Cakmak, Adana, Turkey, 2/98, phytosiderophore studies

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