The aim of this program is to develop a surgical laser system which can remove tumors or other tissue with minimal blood loss, precision, and minimal damage to adjacent tissue. the phase i program is a demonstration of laser control parameters required for hemostatic action without tissue damage.… More

A novel approach for the prevention of g-loc is proposed. a process for temporarily increasing the oxygen available to tissue in blood flow compromised areas will be demonstrated in phase i. phase ii will include optimization of the process and the design and fabrication of prototype anti-g-loc… More

A method is proposed for conferring broad spectrum immunity without undesirable side effects. protection against a wide variety of bacteria, viruses and fungi are included. anticipated benefits/potential commercial applications - in addition to the obvious military benefit, this approach would… More

The program will investigate the effect on bone growth of photolytic oxygen release. by irradiating tissue with light in the appropriate wavelength and irradiance range, increased oxygen release in the capillary structure may be achieved, thus increasing the oxygen actually available to tissue and… More