Abstract: A drug delivery system is disclosed. The drug delivery system includes a recognitive polymeric hydrogel through which a drug is delivered by contacting biological tissue. The recognitive polymeric hydrogel is formed using a bio-template, which is a drug or is structurally similar to the drug, functionalized monomers, preferably having complexing sites, and cross-linking monomers, which are copolymerized using a suitable initiator. The complexing sites of the recognitive polymeric hydrogel that is formed preferably mimic receptor sites of a target biological tissue, biological recognition, or biological mechanism of action. A system in accordance with an embodiment of the invention is a contact lens for delivering a drug through contact with an eye. In a particular embodiment of the invention, the drug is an anti-microbial, such as an anti-fungal agent for treatment of large animals, such as horses.

Abstract: The AIA (American Institute of Architects) estimates that 48% of all greenhouse emissions emanate from buildings. By increasing a building's energy efficiency, we can reduce the demand for non-renewable (carbon burning) “grid-based” electrical power. Additionally, there is a need to produce buildings for both residential and commercial use that have a low impact on natural resources and on the environment. It is good stewardship to produce a product that uses sustainable materials, does not pollute the environment, reduces energy demand, and is available and affordable to the mass population. The present invention relates to energy efficient buildings, built in a factory environment using sustainable materials and energy efficient technologies, from the ground up. These buildings could be rated by the LEED rating system, or similar rating system, and could carry a LEED Silver rating or better.

Abstract: A drug delivery system is disclosed. The drug delivery system includes a recognitive polymeric hydrogel through which a drug is delivered by contacting biological tissue. The recognitive polymeric hydrogel is formed using a bio-template, which is a drug or is structurally similar to the drug, functionalized monomers, preferably having complexing sites, and cross-linking monomers, which are copolymerized using a suitable initiator. The complexing sites of the recognitive polymeric hydrogel that is formed preferably mimic receptor sites of a target biological tissue, biological recognition, or biological mechanism of action. A system in accordance with an embodiment of the invention is a contact lens for delivering a drug through contact with an eye. In a particular embodiment of the invention, the drug is an anti-microbial, such as an anti-fungal agent for treatment of large animals, such as horses.