Abstract: Provided herein is a computerized method of managing medical care through communication between a Digital Board of Medical Experts (DBME), a physician, a health insurance carrier, one or more medical facilities, and a patient and providing a diagnostic and/or therapeutic recommendation, the method comprising the following steps: i) providing a DBME core comprised of modules and algorithms for processing medical data and providing diagnostic and/or therapeutic recommendations; ii) providing a Physician Action Module (PAM) whereby a physician provides a clinical index of suspicion (CIS) through a clinical index of suspicion selection algorithm (CISSA) of the PAM to the DBME—for obtaining a recommendation for hi tech diagnostic studies and/or treatment; and iii) processing through the DBME information from the CISSA and providing a diagnostic recommendation from the diagnostic recommendation algorithm (DRA) of the Diagnostic Module (DM) of the DBME for hi tech diagnostic studies and/or a therapeutic recommendati

Abstract: Provided herein is a computerized method of managing medical care through communication between a Digital Board of Medical Experts (DBME), a physician, a health insurance carrier, one or more medical facilities, and a patient and providing a diagnostic and/or therapeutic recommendation, the method comprising the following steps: i) providing a DBME core comprised of modules and algorithms for processing medical data and providing diagnostic and/or therapeutic recommendations; ii) providing a Physician Action Module (PAM) whereby a physician provides a clinical index of suspicion (CIS) through a clinical index of suspicion selection algorithm (CISSA) of the PAM to the DBME—for obtaining a recommendation for hi tech diagnostic studies and/or treatment; and iii) processing through the DBME information from the CISSA and providing a diagnostic recommendation from the diagnostic recommendation algorithm (DRA) of the Diagnostic Module (DM) of the DBME for hi tech diagnostic studies and/or a therapeutic recommendati

Abstract: A microtron-generated electron beam may be selectively routed through an extended electron beam transport system to a remotely located intraoperative radiotherapy (IORT) facility. The beam current is preferably limited to a value (e.g., 100 nanoamperes) so as to avoid the necessity for overly extensive shielding along the beam transport system and at the remote therapy site while yet being sufficiently high to provide effective treatments. The intraoperative radiotherapy gantry and treatment head are preferably optimized for just this purpose and is thus considerably simplified over conventional electron/photon therapy gantries and treatment heads. In a method of intraoperative radiotherapy, different energy level beams are capable of being generated, a low level beam transported over a light shielded system to a conventional operating suite, with a high energy beam transported to a conventional radiotherapy site.

Abstract: A microtron-generated electron beam may be selectively routed through an extended electron beam transport system to a remotely located intraoperative radiotherapy (IORT) facility. The beam current is preferably limited to a value (e.g., 100 nanoamperes) so as to avoid the necessity for overly extensive shielding along the beam transport system and at the remote therapy site while yet being sufficiently high to provide effective treatments. The intraoperative radiotherapy gantry and treatment head are preferably optimized for just this purpose and is thus considerably simplified over conventional electron/photon therapy gantries and treatment heads. In addition, the electron beam output of the microtron may be utilized on a time-shared basis with a plurality of similar and/or conventional electron/proton therapy systems.