Abstract: The present application describes the addition of various feedback mechanisms including visual and audio feedback mechanisms to an ophthalmic diagnostic device to assist a subject to self-align to the device. The device may use the visual and non-visual feedback mechanisms independently or in combination with one another. The device may provide a means for a subject to provide feedback to the device to confirm that an alignment condition has been met. Alternatively, the device may have a means for sensing when acceptable alignment has been achieved. The device may capture diagnostic information during the alignment process or may capture after the alignment condition has been met.

Abstract: The present application describes the addition of various feedback mechanisms including visual and audio feedback mechanisms to an ophthalmic diagnostic device to assist a subject to elf align to the device. The device may use the visual and non-visual feedback mechanisms independently or in combination with one another. The device may provide a means for a subject to provide feedback to the device to confirm that an alignment condition has been met. Alternatively, the device may have a means for sensing when Acceptable alignment has been achieved. The device may capture diagnostic information during the alignment process or may capture after the alignment condition has been met.

Abstract: The present application describes the addition of various feedback mechanisms including visual and audio feedback mechanisms to an ophthalmic diagnostic device to assist a subject to elf align to the device. The device may use the visual and non-visual feedback mechanisms independently or in combination with one another. The device may provide a means for a subject to provide feedback to the device to confirm that an alignment condition has been met. Alternatively, the device may have a means for sensing when Acceptable alignment has been achieved. The device may capture diagnostic information during the alignment process or may capture after the alignment condition has been met.

Abstract: The present application describes the addition of various feedback mechanisms including visual and audio feedback mechanisms to an ophthalmic diagnostic device to assist a subject to self-align to the device. The device may use the visual and non-visual feedback mechanisms independently or in combination with one another. The device may provide a means for a subject to provide feedback to the device to confirm that an alignment condition has been met. Alternatively, the device may have a means for sensing when acceptable alignment has been achieved. The device may capture diagnostic information during the alignment process or may capture after the alignment condition has been met.

Abstract: The present application describes the addition of various feedback mechanisms including visual and audio feedback mechanisms to an ophthalmic diagnostic device to assist a subject to self-align to the device. The device may use the visual and non-visual feedback mechanisms independently or in combination with one another. The device may provide a means for a subject to provide feedback to the device to confirm that an alignment condition has been met. Alternatively, the device may have a means for sensing when acceptable alignment has been achieved. The device may capture diagnostic information during the alignment process or may capture after the alignment condition has been met.

Abstract: A medical item tracking method including storing inventory levels of items which are for use in medical procedures and receiving input for reserving the use of a facility for a medical procedure, which medical procedure is projected to use at least one of the inventoried items. The input identifies at least one individual projected to participate in the medical procedure. The method further includes retrieving data relating to the predicted usage of the inventoried item in the medical procedure, wherein the data is based upon the participation of the at least one individual. The method further includes adjusting the levels of inventory based upon the retrieved predicted usage data.

Abstract: A method for providing a medical product including receiving a request for a medical product for use with a specific patient to be used at a particular location, and creating a patient specific package which includes the medical product. The method further includes associating at least one of the patient specific package or the medical product with the specific patient, and causing the patient specific package to be delivered to the particular location.

Abstract: A combination PET/single photon (SPECT or planar) nuclear imaging system utilizes a pair of dedicated PET detectors and at least one dedicated single photon detector mounted on a single gantry. The single photon detector is a solid-state detector, such as CZT, and the PET detectors are made of a high effective Z material, such as LSO or BGO. Simultaneous PET/single photon imaging studies can be carried by the single system. The solid-state detectors also may be removable and mountable on a separate, dedicated single photon imaging gantry.