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Crossing scheme to produce self–pollinated progeny families from a monoecious selection in a 03–009×03–336 BC2F1 population.

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posted on 2024-02-23, 19:10 authored by Kaoru Yamano, Akane Haseda, Keisuke Iwabuchi, Takayuki Osabe, Yuki Sudo, Babil Pachakkil, Keisuke Tanaka, Yutaka Suzuki, Atsushi Toyoda, Hideki Hirakawa, Yasuyuki Onodera

Crossing scheme to produce self–pollinated progeny families from a monoecious selection in a 03–009×03–336 BC2F1 population.

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    many plant specieshighest lod scoreone long nonmajor qtl usingfloral organ formationbusco complete 97reproductive organ formationmonoecious parental linesmonoecious inbred linesmonoecious plants harboringdiv >< pcoding rna genemonoecious plantsdioecious linesused longqtl analysismonoecious expressiongenetically completefloral sexcoding genesreproductive organsreproductive organogenesismonoecious spinachvarying proportionsupdated versiontotal lengthread sequencingprevious versionpreferentially usedpredominantly dioeciouspistil initiationmight playimportant issuehigher expressiongenetic analysisgenes relatedenable breedersdominant alleledirectly relatedcandidate regionc technologyalso present5 %).2 mb0 mb0 %)

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