Molecular identification of the causal locus for the petaloid phenotype in Daucus carota.

PISSN
1344-7610
Publication Dbxref
PMID:31086497
Title
Molecular identification of the causal locus for the petaloid phenotype in Daucus carota.
Publication Type
Journal Article
Series Name
Breeding science
Volume
69
Publication Year
2019
Issue
1
Page Numbers
186-188
DOI
10.1270/jsbbs.18120
Journal Abbreviation
Breed. Sci.
Publication Date
2019 Mar
Unique Local Identifier

Fujii S, Shiroto Y. Molecular identification of the causal locus for the petaloid phenotype in Daucus carota.. Breeding science. 2019 Mar; 69(1):186-188.

Citation
Fujii S, Shiroto Y. Molecular identification of the causal locus for the petaloid phenotype in Daucus carota.. Breeding science. 2019 Mar; 69(1):186-188.
ISSN
1344-7610
Language Abbr
eng
Publication Model
Print-Electronic
Authors
Fujii S, Shiroto Y
Language
English
Elocation
10.1270/jsbbs.18120
Journal Country
Japan
Abstract

Homeotic alteration phenotype of the flowers in Daucus carota are widely used for hybrid breeding, consequently molecular markers tightly-linked to such phenotype are in demand. Here we report the identification of a gene locus responsible for the phenotypic expression of stamen conversion into a petal-like structure, or petaloid. Using a segregating population and sequencing analysis of two bulked populations, we discovered a large contributing peak on the long arm of chromosome 4. DcMADS2, a homolog of the B-class floral homeotic gene PISTILLATA, found at the center of the peak region, was considered the strongest candidate causal gene. We established PCR primers that could be used to distinguish the two DcMADS2 alleles linked to each petaloid- and non-petaloid-phenotype.

Relationship
The Publication Fujii S, Shiroto Y. Erratum: Molecular identification of the causal locus for the petaloid phenotype in Daucus carota.. 2019 Jun; 69(2):371. is a part of Publication Fujii S, Shiroto Y. Molecular identification of the causal locus for the petaloid phenotype in Daucus carota.. Breeding science. 2019 Mar; 69(1):186-188.
Database Reference Annotations
Is Obsolete
False