University of Oregon

Other

Agrigenetics, Inc.

Agrinomics LLC

Exelixis Plant Sciences, Inc.

Aagrinomics, LLC

Ry Wagner

Helena V Mathews

Jill Van Winkle

Alex Liu

Stanley R Bates

Karen A Hicks

Henriette Foss

Michael F Covington

Michelle T Z Spence

Xiang Liang Liu

John P Davies

Stephanie Kay Clendennen

Allan H Lammers

Christina Westerlund

Sandra Peters

Susan M Bovee-Picciano

Tina M Harwell

George Wadsworth

Jonathan E Lightner

Karen Keller

Xing Liang Liu

Troy M Swartwood

Jill Anne Kellogg

Douglas O Keller

Robert R Martin

Xing Liang (Alex) Liu

Stanely R Bates

The invention is directed to a method of multigenerational analysis of plants modified by insertional mutagenesis, and a method for associating plant mutant trait and genotype information. The invention is further directed to a method for managing data pertaining to plant mutant trait and genotype information in a database. The invention is further directed to a system for managing plant mutant trait and genotype information in a database, a system for allowing users to associate plant trait and genotype information, a system for facilitating business transactions with a user regarding plant materials or a gene sequence of interest to user and a computer-readable medium embodying a program of instructions for execution by a computer for implementing a system for allowing users to associate plant trait and genotype information.

System for functional gene discovery in plants

The present invention is directed to plants that display a pathogen resistance phenotype due to altered expression of a PPR1 nucleic acid. The invention is further directed to methods of generating plants with a pathogen resistance phenotype.

Generation of plants with improved pathogen resistance

Nucleic acid molecules that encode plant proteins involved in photoperiodism and circadian rhythms are disclosed. These molecules may be introduced into plants in order to alter the photoperiodic and/or circadian clock-based gene expression of the plants.

Genes regulating circadian clock functional and photoperiodism

Genes regulating circadian clock function and photoperiodism

Robotic apparatus for transferring and distributing small particles, such as seeds, contained in covered or uncovered containers, such as capped jars, are disclosed. An exemplary apparatus includes a vacuum-activated probe configured to pick up a selected number of seeds from a donor container and to deposit the seeds in a selected recipient container. The seeds being transferred may be weighed during the transfer process by depositing the seeds in a crucible of a microgram balance or analogous device. After weighing, the seeds are picked up using a second probe that transfers the seeds to a recipient container. Also disclosed are automated methods for transferring and weighing particles, such as seeds.

Robotic seed-handling apparatus and methods

The nucleic acid that encodes the Arabidopsis ELF protein, which is involved in photoperiodism and circadian rhythms, is disclosed. This nucleic acid may be introduced into plants in order to alter the photoperiodic and/or circadian clock-based gene expression of the plants.

Nucleic acid encoding the arabidopsis ELF3 protein and a method of using it to alter photoperiod in plants

The present invention is directed to a novel plant phenotype, designated CURLY (CUR), a nucleic acid sequence expressed in plants demonstrating the CUR phenotype and the corresponding amino acid sequence. Also provided are plant cells and plants that exhibit modified CUR expression.

Identification and characterization of a CURLY phenotype (CUR) in plants

The present invention relates to isolated Raspberry Bushy Dwarf Virus (RBDV) nucleic acid sequences which encode RBDV coat and movement proteins or polypeptides and mutant or modified forms thereof. The invention further relates to heterologous nucleic acid constructs, vectors, transformation methods, plant cells and plants comprising such RBDV-encoding nucleic acids and methods for inducing resistance to RBDV by transforming plants with a nucleic acid construct comprising RBDV protein or polypeptide-encoding nucleic acid sequences.

Development of resistance to raspberry bushy dwarf virus

The present invention is directed to a novel plant phenotype, designated PAGODA (PGD), a nucleic acid sequence expressed in plants demonstrating the PGD phenotype and the corresponding amino acid sequence. Also provided are plant cells and plants that exhibit modified PGD expression.

Identification and characterization of a PAGODA phenotype (PGD) in plants

Growing community of inventors

Eugene, OR, United States of America

Ry Wagner