Article ID Journal Published Year Pages File Type
5515838 Plant Science 2017 8 Pages PDF
Abstract

•In Raphanus raphanistrum 2,4-D resistance segregates at one locus.•2,4-D resistance is highly dominant in F1 plants.•2,4-D resistance is not associated to ALS resistance.•The inheritance of 2,4-D resistance is consistent with its physiological basis.

A relatively low number of weed species have evolved resistance to auxinic herbicides despite their use for almost 70 years. This inheritance study with two Raphanus raphanistrum populations multiple-resistant 2,4-D and the ALS-inhibiting herbicide chlorsulfuron determined the number of genes and genetic dominance of 2,4-D resistance and investigated the association between traits conferring resistance to the two herbicide modes of action. Levels of 2,4-D phenotypic resistance and resistance segregation patterns were assessed in parental populations, F1 and F2 families.

Related Topics
Life Sciences Agricultural and Biological Sciences Plant Science
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