Date

Title

Jun-2007

Guild Associates wins USDA SBIR Phase I. This project will generate the proof of principal studies for a novel 'light producing' phage that specifically detects B. anthracis (commonly known as Anthrax) on contaminated foods.

Apr-2007

Guild Associates wins Navy SBIR Phase I. This study seeks to identify approaches for automating the scullery operations onboard U.S. Department of Navy ships.

Sep-2006

DARPA Phase II SBIR award won. Continuing from Phase I, this  project will generate a Saccharomyces cerevisiae biocatalyst/biosensor that can detect and biodegrade organophosphate (OP) agents such as VX, which is the most lethal and persistent OP.

July-2006

NSF SBIR Phase I awarded. The goal of this project  is to develop a novel high temperature NOx abatement catalyst and catalytic process for the control of NOx, NH3, CO and non-methane-hydrocarbon emissions from natural gas fired power plants.

Nov-2005

Guild Associates wins DARPA Phase I SBIR. The goal of this project is to generate a genetically  engineered yeast biosensor that can detect and hydrolyze chemical warfare agents such as VX.

Aug-2005

Guild Associates wins NIH SBIR Phase I. The goal of Phase I is to identify Candida albicans gene biomarkers which are expressed solely during oral infection.

Jul-2004

Phase II of Air Force SBIR "SUDAMaD" won. Building on the research performed in Phase I, Guild will look to further advance and flight test the UAV-based NBC detection system.

Jul-2003

Guild Associates wins Air Force SBIR Phase I. Representing Guilds entry into the NBC detection market, the Air Force SBIR will focus on development of a UAV/MAV-based detection system for nuclear, biological or chemical agents. Guild has partnered with Theiss Aviation and Orbital Research, Inc. for the research involved.

Nov-2002

Guild Associates wins Army Task Order Contract. One of only eight companies in the country selected, Guild is the only small business among the Task Order Contract winners.