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Use of AGLI I Gene to Suppress Seed Pod Shatter in Commercially Important Plants

Detailed Technology Description

A scientist at UC San Diego has discovered a novel mode of pod shatter control. A genetic technology is utilized to prevent detachment of the ripening seeds from the funiculi within the pod. Thus, even when the pod valves are allowed to open naturally, the seeds contained within are retained, and must be harvested by manual detachment. This also affords a facile visual means of assessing ripeness, since the pods can be allowed to open, without risk of loss. Seeds in these opened pods may be dried in the field, and harvested by conventional mechanical combining.

Others

Additional Technologies by these Inventors

• Control Premature Seed-Pod Breakage in Crop Species
• Plant Dehiscence Zone-Specific Promoter and Methods of Using Same
• Improved Pod Shattering and Controlled Seed Release Properties
• Selective Control of Lignin Biosynthesis in Transgenic Plants
• Transgenic Plants Having Improved Pod Shattering and Controlled Seed Release Properties
• Method for Increasing Fruiting Body Size and Controlling Seed Release in Commercially Important Plants

Tech ID/UC Case

19347/2001-025-0

Related Cases

2001-025-0

*Abstract

In many agricultural seed products—such as oilseed crops, grains and legumes, and seeds harvested specifically for planting—premature release of seeds prior to harvest results in serious losses. Swathing and other methods for minimizing harvest loses add to overall production costs. In addition, regardless of cost factors, the need for positive control of seed release may in future years become a desirable capability when genetically modified organism (GMO) crops become widespread, in order to assure satisfactory containment.

*Principal Investigator

Name: Pataradawn Pinyopich

Department:

Name: Martin Yanofsky

Department:

Country/Region

USA