Abstract: The present disclosure provides methods, systems, and non-transitory computer-readable media for transfer or exchange of medical data (e.g., medical images). The systems and methods allow seamless retrieval and secure transfer of remote medical data without additional authentication and minimal user input.

Abstract: An apparatus and method for replicating sounds and feelings typically associated with the release of gas from the human body are disclosed. The apparatus may include a rigid member, an elastic member, and a rigid object. The method includes winding the rigid object, placing the apparatus beneath a person's upper thigh and/or buttocks, and releasing the coiled rigid object such that sound and feelings are generated that are similar to the sounds and feelings commonly associated with the release of gas from the human body. The apparatus and method are intended to elicit humor, laughter, amusement, and/or embarrassment. The apparatus and method are also intended to be inexpensive, portable, and easy to carry.

Abstract: A radiation exposure recording device and radiography method are disclosed, where the radiation exposure recording device includes a radiation exposure recording medium, a housing that at least partly surrounds the radiation exposure recording medium, and a first detector that detects a radiation exposure. An output signal produced in response to the detecting of the radiation exposure can be provided, and the detection of and output of a signal in response to the radiation exposure is entirely automatic and independent of any manual processing of the radiation exposure recording device. Further, the radiography method includes providing a first radiation exposure recording medium, providing a first radiation exposure detector, and sensing an exposure of radiation at the first radiation exposure detector. Also disclosed is a circuit that can be retrofitted to existing radiography cassettes for detecting when the cassettes are exposed to radiation.