1994The Plant JournalOpen access

The phenotype of some late‐flowering mutants is enhanced by a locus on chromosome 5 that is not effective in the Landsberg erecta wild‐type

Maarten Koornneef, Hetty Blankestijn‐de Vries, Corrie Hanhart, Wim J. J. Soppe, Ton Peeters

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Abstract

Summary Late‐flowering mutants that have been described in ecotypes other than Landsberg erecta (L er ) have been found to be dominant alleles of the FRI locus located on chromosome 4, which determines lateness in many very late ecotypes. The extreme lateness of dominant FRI alleles depends on dominant alleles at the FLC locus that maps on the top of chromosome 5. FLC alleles with this effect have been found in all ecotypes tested (Col, Ws, S96, Est and Li) except L er . Most likely the same locus confers lateness to the luminidependens (ld) mutant. Genotypes with a dominant FRI allele and the monogenic recessive ld mutant are only slightly later with recessive L er alleles at the FLC locus. Genotypes where the dominant FLC alleles are combined with FRI or with the ld mutant, are strongly responsive to vernalization, which is much less effective in the FLC‐Ler background.

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Summary Late‐flowering mutants that have been described in ecotypes other than Landsberg erecta (L er ) have been found to be dominant alleles of the FRI locus located on chromosome 4, which determines lateness in many very late ecotypes. The extreme lateness of dominant FRI alleles depends on dominant alleles at the FLC locus that maps on the top of chromosome 5. FLC alleles with this effect have been found in all ecotypes tested (Col, Ws, S96, Est and Li) except L er . Most likely the same locus confers lateness to the luminidependens (ld) mutant. Genotypes with a dominant FRI allele and the monogenic recessive ld mutant are only slightly later with recessive L er alleles at the FLC locus. Genotypes where the dominant FLC alleles are combined with FRI or with the ld mutant, are strongly responsive to vernalization, which is much less effective in the FLC‐Ler background.

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Available abstract

Summary Late‐flowering mutants that have been described in ecotypes other than Landsberg erecta (L er ) have been found to be dominant alleles of the FRI locus located on chromosome 4, which determines lateness in many very late ecotypes. The extreme lateness of dominant FRI alleles depends on dominant alleles at the FLC locus that maps on the top of chromosome 5. FLC alleles with this effect have been found in all ecotypes tested (Col, Ws, S96, Est and Li) except L er . Most likely the same locus confers lateness to the luminidependens (ld) mutant. Genotypes with a dominant FRI allele and the monogenic recessive ld mutant are only slightly later with recessive L er alleles at the FLC locus. Genotypes where the dominant FLC alleles are combined with FRI or with the ld mutant, are strongly responsive to vernalization, which is much less effective in the FLC‐Ler background.

Key concepts: Allele, Locus (genetics), Genetics, Biology, Ecotype, Mutant, Vernalization, Genotype

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The phenotype of some late‐flowering mutants is enhanced by a locus on chromosome 5 that is not effective in the Landsberg erecta wild‐type — Research Paper | ScholarLens