The US Army seeks a partner to license and commercialize an innovative self-adjusting "RAT Strap" technology that is stretchable under normal use but rigid in response to large forces
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Medical & Biotechnology
The US Army has developed an advanced laser microphone that greatly improves sensitivity through a multi-bounce architecture
The US Army Institute of Surgical Research seeks to commercialize through patent licensing a new mouthguard for securing endotracheal tubes.
The US Navy seeks a partner to license and commercialize a platform process to improve performance and tailor characteristics of solid and foam materials made from metallic glasses, oxide glasses, plastics, ceramics, and other materials
The US Navy seeks a partner to license and commercialize a device to measure the static charge of flying insects
The US Navy seeks a partner to license and commercialize fabric architectures to improve the performance, survivability, damage tolerance, and dynamic energy absorption of woven fiber in a broad array of applications
The US Army seeks a partner to license and commercialize a patent-pending application of rapamycin to treat toxic shock
The Naval Research Laboratory (NRL) seeks to commercialize through patent licensing a method for rapidly depositing patterns of active biomolecules and living cells utilizing a focused laser pulse onto various surfaces that could be used, for example, to fabricate protein arrays for proteomics analysis.
The US Navy seeks to commercialize through patent licensing a method for measuring stress biomarkers such as cortisol in saliva by fluorescence polarization. To complement this method, the Navy is developing a hand-held fluorescence polarimeter (FP) and related rapid tests.
The Naval Medical Research Center (NMRC) seeks to commercialize through patent licensing a prophylactic treatment (before infection) for diarrhea caused by ETEC. ETEC is commonly referred to as Travelers’ Diarrhea which is a common health problem among travelers visiting tropical and less developed countries and children living in those countries.
The US Navy seeks a commercial development partner for a personal fall arrest system for use in D-holes commonly found in ship tanks.
The US Naval Air Warfare Center seeks a partner to license and commercialize a medical imaging technology that provides high resolution images at a relatively low cost.
The US Army seeks to commercialize through licensing a straightforward, effective, universal exogenous internal positive control (UEIPC) for monitoring inhibitors of PCR. This versatile innovation allows for confirmation of negative results as a true negative. It is most suitable for Taqman® based assays. The Joint Program Executive Office of the Department of Defense has chosen this as the solution for its internal positive control.
The US Naval Air Warfare Center Aircraft Division (NAVAIR) seeks licensees to commercialize a unique formulation and kit to address mildew and fungal growth without causing corrosive damage to the cleaning surface.
The US Army seeks to commercialize through patent licensing an innovative arterial catheter design that improves safety, reliability and accuracy.