Medamp Electronics, LLC

University of Colorado

E David Crawford

Richard B Ruse

Scott James Bohanan

William L Nabors, Sr

Frank S Barnes

Priya N Werahera

John Daily

M Scott Lucia

Adrie Van Bokhoven

Paul Arangua

Sean Brugman

A method and apparatus for treating bone or other infection in a patient to minimize the number of limb amputations which employs a unique, three-dimensional software-controlled electronic phased array amplifier system using arbitrary waveforms that dynamically and proportionally steer electrical currents by using two or more current vector paths, sequentially or simultaneously, through a defined infected area containing electrically-conductive ionic solutions so as to obtain 100% treatment using low or high voltage, low current that delivers electrical stimulation (ES) using a low DC current through and or around the defined infection treatment area. The minimally invasive treatment of the infection requires no radiation or chemotherapy that could be harmful to the patient.

Method and apparatus using a phased array amplifier system to treat bone or tissue infections

Methods and systems for in vivo classification of tissue are disclosed. The tissue is irradiated with light from multiple light sources and light scattered and fluoresced from the tissue is received. Distinct emissions of the sample are identified from the received light. An excitation-emission matrix is generated (). On-diagonal and off-diagonal components of the excitation-emission matrix are identified (). Spectroscopic measures are derived from the excitation-emission matrix (), and are compared to a database of known spectra () permitting the tissue to be classified as benign or malignant (). An optical biopsy needle or an optical probe may be used to contemporaneously classify and sample tissue for pathological confirmation of diagnosis.

Multi-excitation diagnostic system and methods for classification of tissue

A method and apparatus for treating a condition in a patient such as BPH, irretractable infection, cyst, fibroid, or any mass such as prostate or breast cancer, skin cancer, melanoma, or any other soft tissue cancerous or benign mass, employs a unique, three-dimensional software-controlled electronic amplifier array using arbitrary waveforms that dynamically and proportionally steer electrical currents by using two or more current vector paths, sequentially or simultaneously, through a defined area containing electrically-conductive ionic solutions so as to obtain 100% thermal heating or hyperthermia through the defined area. The condition is treated or a mass is destroyed with a minimally-invasive treatment which requires no radiation or chemotherapy which could be harmful to the patient.

Method for treating benign prostate hyperplasia

A method and apparatus for treating masses, such as prostate or breast cancer, or any other soft tissue cancerous or benign mass, employs a unique, three-dimensional software-controlled electronic amplifier array using arbitrary waveforms that dynamically and proportionally steer electrical currents by using two or more current vector paths, sequentially or simultaneously, through a mass containing electrically-conductive ionic solutions so as to obtain 100% thermal beating or hyperthermia through the mass, and destroying it with a minimally-invasive treatment which requires no radiation or chemotherapy which could be harmful to the patient.

Method and apparatus for treating cancer

A method and apparatus for treating masses, such as prostate or breast cancer, or any other soft tissue cancerous or benign mass, employs a unique, three-dimensional software-controlled electronic amplifier array using arbitrary waveforms that dynamically and proportionally steer electrical currents by using two or more current vector paths, sequentially or simultaneously, through a mass containing electrically-conductive ionic solutions so as to obtain 100% thermal heating or hyperthermia through the mass, and destroying it with a minimally-invasive treatment which requires no radiation or chemotherapy which could be harmful to the patient.

Methods and systems for in vivo classification of tissue are disclosed. The tissue is irradiated with light from multiple light sources and light scattered and fluoresced from the tissue is received. Distinct emissions of the sample are identified from the received light. An excitation emission matrix is generated (). On-diagonal and off diagonal components of the excitation emission matrix are identified (). Spectroscopic measures are derived from the excitation emission matrix (), and are compared to a database of known spectra () permitting the tissue to be classified as benign or malignant (). An optical biopsy needle or an optical probe may be used to contemporaneously classify and sample tissue for pathological confirmation of diagnosis.

Growing community of inventors

Denver, CO, United States of America

E David Crawford