Floral induction gene
AssigneeWisconsin Alumni Research Foundation
InventorsRichard M. Amasino, Fritz M. Schomburg, Scott D. Michaels, David Patton
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Abstract
The present invention provides an FPA polynucleotide sequence which is involved in controlling the flowering time of plants. The present invention also provides a vector incorporating the protein coding sequence, or a portion or homolog thereof, as well as a genetically modified plant. Also disclosed are methods of producing a genetically modified plant in which the flowering time of the plant has been selectively altered, and methods for reducing the activity of FLC mRNA in plants containing the FLC gene.
Claims27
A transgenic plant comprising in its genome a transgene comprising a sense or antisense FPA polynucleotide sequence which causes the plant to have an altered flowering time as compared to non-transgenic plants of the same species.
A plant comprising in its genome a genetic construct comprising a sense or antisense FPA polynucleotide sequence, wherein the expression of the sequence in the plant causes alteration in the flowering timing of the plant as compared to non-transgenic plants of the same species.
A plant seed comprising in its genome a genetic construct comprising a sense or antisense FPA polynucleotide sequence and a plant expressible promoter, which promotes expression of the FPA polynucleotide sequence in the plant, wherein expression of the sequence in the plant causes alteration of the flowering timing of the plant as compared to non-transgenic plants of the same species.
An isolated DNA sequence comprising the coding sequence for the FPA gene from Arabidopsis thaliana.
An isolated DNA sequence comprising a DNA sequence encoding the FPA protein from Arabidopsis thaliana.
A method of producing a transgenic plant with altered flowering characteristics comprising the steps of constructing a genetic construct comprising a plant expressible promoter and an FPA polynucleotide sequence, introducing the genetic construct into a plant cell, selecting a plant that has received a copy of the genetic construct, and growing the plant under conditions that allow expression of the FPA gene.
A method of altering FLC mRNA activity in a plant comprising the steps of constructing a genetic construct comprising a plant expressible promoter and an FPA polynucleotide sequence, introducing the genetic construct into a plant cell, selecting a plant that has received a copy of the genetic construct, and growing the plant under conditions that allow expression of the FPA gene.
Dependencies are inferred from the claim text.