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Invention enables improved workability and heat resistance of PLA by providing -cyclodextrins as food-safe nucleating agents for Polylactide (PLA).

Marek's disease herpesvirus DNA segments encoding glycoproteins, gpD, gpI, and gpE for use in diagnostic tests and vaccine development.

Method for engineering spores to express functional mobilized enzymes and other proteins on the spore coat.

Use of a non-naturally occurring nucleotide sequence to control plant growth and habit without the application of exogenous hormones or memetics.

This technology provides a method for extracting proteins from grain flour for making edible and biodegradable films for packaging.

Doubling the pore size of micropores in catalytic oxidation materials could provide for faster diffusion rates while sustaining a large surface area for molecular collisions. In addition, the ability to recover certain chemicals used to make the material significantly reduces costs and complex disposal challenges.

New strategy fro applying antifungal natural volatiles to fruits & vegetables and lightly-processed fruit & vegetable products having little to no residue but enhanced flavor.

This invention advances hot-wire constant temperature anemometers by dramatically decreasing manufacturing cost in the Test and Measurement industry.

This invention provides a method for preparing strong, transparent, gluten-based polymers that are used for making inexpensive, edible and biodegradable films and coatings.

This technology is a clay-reinforced polymer nanocomposite material that is significantly stronger than alternatives and sufficiently versatile to support a range of hydrophocity for integration into a range of polymeric matrix material.