Abstract: An optical fiber that includes an up taper section such that a predetermined length of the distal end of the optical fiber has a diameter that is larger than a diameter of the optical fiber at a proximal end. A portion of the optical fiber is heated to include an up taper section between the distal and proximal ends of the topical fiber.

Abstract: An optical fiber that includes an up taper section such that a predetermined length of the distal end of the optical fiber has a diameter that is larger than a diameter of the optical fiber at a proximal end. A portion of the optical fiber is heated to include an up taper section between the distal and proximal ends of the topical fiber.

Abstract: A packaging system and method for use with a fiber, and in particular, an optical fiber of the type typically used for surgical procedures, in order to protect the fiber during storage and shipping and also allow the fiber to be easily dispensed in a controlled manner by an end user.

Abstract: A system and method of administering photon therapy to a treatment site of a patient are described. The system includes a plurality of treatment modules, each treatment module including a photon emitter, and a case for housing the photon emitter. The case includes linkers for linking each of the treatment modules to form an arbitrary modular pattern to cover the treatment site.

Abstract: A packaging system and method for use with a fiber, and in particular, an optical fiber of the type typically used for surgical procedures, in order to protect the fiber during storage and shipping and also allow the fiber to be easily dispensed in a controlled manner by an end user.

Abstract: A system and method of administering photon therapy to a treatment site of a patient are described. The system includes a plurality of treatment modules, each treatment module including a photon emitter, and a case for housing the photon emitter. The case includes linkers for linking each of the treatment modules to form an arbitrary modular pattern to cover the treatment site.

Abstract: A photon therapy unit implement has a flexible head for conforming to a body part to be treated. The head has a thermally conductive backing to remove heat from the treatment area. The operation of the head is monitored by a photon detector to provide a feedback to the diode drive circuit to maintain the output at the required level. Operation of the head is monitored by a microprocessor which performs a diagnostic function and reports on defects. The treatment protocol is generated by a main control unit that formulates a treatment waveform from a set of treatment protocols. The selection of protocols is performed through a graphical user interface (GUI) which allows selection of treatment areas and customization of treatment as well as maintaining patient history and annotations.

Abstract: A photon therapy unit implement has a flexible head for conforming to a body part to be treated. The head has a thermally conductive backing to remove heat form the treatment area. The operation of the head is monitored by a photon detector to provide a feedback to the diode drive circuit to maintain the output at the required level. Operation of the head is monitored by a microprocessor which performs a diagnostic function and reports on defects. The treatment protocol is generated by a main control unit that formulates a treatment waveform from a set of treatment protocols. The selection of protocols is performed through a graphical user interface (GUI) which allows selection of treatment areas and customization of treatment as well as maintaining patient history and annotations.