RECURRENT SELECTION TO OBTAIN OPTIMAL GENE EDIT COMBINATIONS

Mark W Davey; Ryan Whitford; Antje Rohde

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RECURRENT SELECTION TO OBTAIN OPTIMAL GENE EDIT COMBINATIONS

Patent

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RECURRENT SELECTION TO OBTAIN OPTIMAL GENE EDIT COMBINATIONS

Mark W Davey, Ryan Whitford and Antje Rohde

18/06/2026

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Abstract

PLANT

POPULATION

CONFER

CASSETTE

PHENOTYPE

LIBRARY

EDIT

COMBINATION

SELECT

MULTIPLE

GENE

COMPRISE

CROSS

MACHINE

GENERATE

OPTIMUM

CELL

Plant developmental and reproductive biology

Genetics

Genetically modified field crops and pasture

Adaptation to climate change

Expanding knowledge in the agricultural, food and veterinary sciences

Environmentally sustainable plant production

The invention provides methods to select an optimal combination of multiple gene edits to confer a desired phenotype in a plant, through crossing populations of edited plants and selecting plants with the desired phenotype. In particular, the crossing is configured such that diversity of the edits within the population is promoted.

Details

Title: RECURRENT SELECTION TO OBTAIN OPTIMAL GENE EDIT COMBINATIONS
Authors/Creators: Mark W Davey (Inventor)
Ryan Whitford (Inventor) - Murdoch University, Centre for Crop and Food Innovation
Antje Rohde (Inventor)
Grants: Unlocking the full reproductive potential for hybrid for wheat breeding (IM230100042), 22099, Australian Research Council (Australia, Canberra) - ARC
Identifiers: 991005904378807891
Murdoch Affiliation: Centre for Crop and Food Innovation
Language: English
Resource Type: Patent
Patent: WO 2026/125579 A1

UN Sustainable Development Goals (SDGs)

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Source: SDGs in the Output

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