Abstract: Disclosed are mutant CDK inhibitor (CKI) polypeptides having dominant negative antagonist activity against wild-type CKI proteins, as well as related compositions, including nucleic acids and vectors encoding the mutant CKI polypeptides and transformed host cells and transgenic plants comprising such nucleic acids and vectors. Also disclosed are related methods for using the mutant proteins to modulate cell division in cells, particularly plant cells.

Abstract: Disclosed are mutant CDK inhibitor (CKI) polypeptides having dominant negative antagonist activity against wild-type CKI proteins, as well as related compositions, including nucleic acids and vectors encoding the mutant CKI polypeptides and transformed host cells and transgenic plants comprising such nucleic acids and vectors. Also disclosed are related methods for using the mutant proteins to modulate cell division in cells, particularly plant cells.

Abstract: Disclosed are mutant CDK inhibitor (CKI) polypeptides having dominant negative antagonist activity against wild-type CKI proteins, as well as related compositions, including nucleic acids and vectors encoding the mutant CKI polypeptides and transformed host cells and transgenic plants comprising such nucleic acids and vectors. Also disclosed are related methods for using the mutant proteins to modulate cell division in cells, particularly plant cells.

Abstract: The present invention provides methods and compositions for increasing the seed size and/or seed number in plants. In particular, the methods and compositions provide for the over expression of a plant growth and/or development related or associated gene during embryo development. Transgenic plants transformed with genetic constructs having the plant growth and/or development associated gene under the control of an early phase-specific embryo promoter provides mature plants in the field that produce larger and/or more seeds. Methods for selection growth and development associated genes that provide transgenic plants with a higher yield phenotype are also provided.

Abstract: The present invention provides methods for transforming Camelina plants. In particular, the present invention relates to transforming Camelina sativa plants through contacting the plants to a dipping solution comprising Agrobacterium, a sugar, and a nonionic surfactant. The methods do not require a vacuum filtration step. The present invention provides, for example, useful methods for developing transformation systems for Camelina sativa that can enable manipulation of its agronomic qualities.

Abstract: Disclosed are mutant CDK inhibitor (CKI) polypeptides having dominant negative antagonist activity against wild-type CKI proteins, as well as related compositions, including nucleic acids and vectors encoding the mutant CKI polypeptides and transformed host cells and transgenic plants comprising such nucleic acids and vectors. Also disclosed are related methods for using the mutant proteins to modulate cell division in cells, particularly plant cells.

Abstract: The present invention provides methods and compositions for increasing the seed size and/or seed number in plants. In particular, the methods and compositions provide for the over expression of a plant growth and/or development related or associated gene during embryo development. Transgenic plants transformed with genetic constructs having the plant growth and/or development associated gene under the control of an early phase-specific embryo promoter provides mature plants in the field that produce larger and/or more seeds. Methods for selection growth and development associated genes that provide transgenic plants with a higher yield phenotype are also provided.

Abstract: The present disclosure provides methods and materials for altering the phenotype of a plant by expressing a modified transgene encoding a growth and/or development related protein. Transformed plants that express the modified transgene present a phenotype that includes increased seed size and/or number as compared with wild-type plants.

Abstract: The present invention provides methods for transforming Camelina plants. In particular, the present invention relates to transforming Camelina sativa plants through contacting the plants to a dipping solution comprising Agrobacterium, a sugar, and a nonionic surfactant. The methods do not require a vacuum filtration step. The present invention provides, for example, useful methods for developing transformation systems for Camelina sativa that can enable manipulation of its agronomic qualities.

Abstract: The present invention provides methods and compositions for increasing the seed size and/or seed number in plants. In particular, the methods and compositions provide for the over expression of a plant growth and/or development related or associated gene during embryo development. Transgenic plants transformed with genetic constructs having the plant growth and/or development associated gene under the control of an early phase-specific embryo promoter provides mature plants in the field that produce larger and/or more seeds. Methods for selection growth and development associated genes that provide transgenic plants with a higher yield phenotype are also provided.

Abstract: Disclosed are mutant CDK inhibitor (CKI) polypeptides having dominant negative antagonist activity against wild-type CKI proteins, as well as related compositions, including nucleic acids and vectors encoding the mutant CKI polypeptides and transformed host cells and transgenic plants comprising such nucleic acids and vectors. Also disclosed are related methods for using the mutant proteins to modulate cell division in cells, particularly plant cells.