Polymeric Materials for Controlled Release of NO with Zero Order Profiles  This technology offers a means for chemically synthesizing NO time releasing polymers that are insoluble in water. The technology was developed as a means to control the release of NO over a period of thirty days. Evidence of NO release observed in early experiments suggests first order kinetics. Additionally, this synthetic route offers a means for synthesizing new NO releasing polymers that achieve greater efficiency through removal of the BOC protection/ deprotection steps in traditional methods for producing NO releasing compounds. |
Center for Biomedical Research  This center supports state-of-the-art research facilities for biomedical research, promotes and publicizes biomedical research, and aggressively encourages and supports initiatives for support of biomedical research. The center sponsors research presentations and colloquia, provides funds to support pilot research projects, and identifies novel funding. In addition, the center assists with the development and submission of proposals for external funding of major multi-investigator equipment, (b) provides and maintains readily accessible multi-user equipment facilities, and (c) facilitates access to specialized facilities and services. In addition to supporting and promoting collaborations among its members, the center facilitates interactions between members and other institutions, including pharmaceutical and biotechnology companies, and promotes access to biomedical research equipment within the center. |
Bidomain Model for Predicting the Strength-interval Curve of Cardiac Tissue The bidomain model consists of two coupled, nonlinear partial differential equations used in this research program to simulate cardiac bioelectrical phenomena. Data revealed that the predicted the shape of the strength-interval curve using the bidomain model conformed to experimental observations. Applications in a number of domains, included investigational, experimental and clinical uses, can be anticipated. |
Stem Cell Research for Neurodegenerative Diseases Research interests are in the area of behavioral neuroscience. A recent focus has been on stem cell and pharmacological treatments for brain damage and neurodegenerative diseases such as Huntington’s, Parkinson’s and Alzheimer’s diseases. |
Functional Apparel Design and Infrared Themography for Body Surface Mapping in the Apparel Design Process This is a team-based research startegy focused on functional apparel design for sports, health, safety, ergonomic and other applications. Functional apparel design strives to meet specific physical, socio-psychological and aesthetic needs. It may help an individual in physiological functions, such as maintaining temperature balance in a range of extreme environmental circumstances or supporting a full range of motion. Functional apparel may also be designed to protect against harmful effects of pesticides, radiation or other toxins. Microchip technology, phase-change chemicals and bio-functional roles are stretching the possibilities of apparel design to protect the body and enhance human performance. An interdisciplinary team uses special body scanning and infrared themography to map the body surface and examine heat exchange under various environmental and metabolic activity levels to enhance the apparel design process. |
home | about us | contact us
Powered by IEI © 2006 - 2010 | All rights reserved.