Abstract: A portable boot style stirrup assembly with leg support for use during medical procedures. The portable boot style stirrup assembly affixes to the existing stirrup footrests found about medical examination tables, resultantly increasing procedural efficiency and decreasing doctor cost of the performance of in-office medical procedures, increasing patient comfort during prolonged procedures, and increasing doctor and patient safety during procedures. The portable boot style stirrup assembly includes a boot shell structure which supports a patient's foot and calf and a receptacle constructed and arranged to receive the existing stirrup footrest of medical procedure tables and allow for adjustment of the adductive and abductive angle positioning of a patient's leg for examination and surgical procedures.

Abstract: A portable boot style stirrup assembly with leg support for use during medical procedures. The portable boot style stirrup assembly affixes to the existing stirrup footrests found about medical examination tables, resultantly increasing procedural efficiency and decreasing doctor cost of the performance of in-office medical procedures, increasing patient comfort during prolonged procedures, and increasing doctor and patient safety during procedures. The portable boot style stirrup assembly includes a boot shell structure which supports a patient's foot and calf and a receptacle constructed and arranged to receive the existing stirrup footrest of medical procedure tables and allow for adjustment of the adductive and abductive angle positioning of a patient's leg for examination and surgical procedures.

Abstract: Disclosed is an apparatus for providing a visual image timed to coincide with uterine contractions to assist a expectant mother during childbirth labor. The apparatus is particularly useful directed to help those expectant mothers using a regional anesthesia, such as an epidural anesthesia, in the second stage of labor to push effectively. The apparatus consists of a computer system that converts signals obtained from strategically positioned sensors such as a tocodynamometer or intrauterine pressure catheter into biofeedback visual vignettes that are understandable to the expectant mother. The signals are processed into the visual vignettes or a similar pictorial image based upon the pressure of the uterine contractions so that the expectant mother may understand her contraction pattern. This in turn will allow the expectant mother to visually understand when to start and stop pushing during the second stage of labor.