Abstract: A portable medical simulation system and method employs an artificial patient with a built-in haptic interface device, with up to four carriages for engaging different diameter catheters. A catheter stabilizer between each carriage expands and contracts in an accordion fashion as the carriages move in relation to each other, preventing the catheter from bending and bowing. A contrast display visual effect derived from a particle emitter software tool simulates the release of radiopaque dye within a simulated vasculature system for display on a monitor. A computer software based system is used for generating haptic effects on the catheter through control signals passed to each of the carriage motors controlling translation movement of the catheter and magnetic particle brakes controlling rotational movement of the catheter.

Abstract: An education and training system and method where a trainee plays the role of a mentor to a simulated colleague who is performing a simulated procedure. Various views of the simulated colleague are presented on one or more monitors so that the trainee-as-mentor can observe the actions taken by the simulated colleague. The views will often be focused upon the hands of the simulated colleague. The trainee-as-mentor must observe the simulated colleague and provide instructions or commands to the simulated colleague in order to correct inappropriate actions. The trainee-as-mentor is evaluated on his or her ability to discern mistakes, miscues, poor technique, out of order steps, etc., and provide instructions to correct the mistake and prevent undesired outcomes.

Abstract: A portable medical simulation system and method employs an artificial patient with a built-in haptic interface device, with up to four carriages for engaging different diameter catheters. A catheter stabilizer between each carriage expands and contracts in an accordion fashion as the carriages move in relation to each other, preventing the catheter from bending and bowing. A contrast display visual effect derived from a particle emitter software tool simulates the release of radiopaque dye within a simulated vasculature system for display on a monitor. A computer software based system is used for generating haptic effects on the catheter through control signals passed to each of the carriage motors controlling translation movement of the catheter and magnetic particle brakes controlling rotational movement of the catheter.

Abstract: A computer aided interactive medical management information and control system and method includes one or more devices and a computing platform and associated software that assists the health care provider in performing a treatment on a patient. Output information of equipment relevant to performing the treatment is integrated with reference databases of best demonstrated practices, similar cases, industry guidelines, and procedure and equipment trouble shooting. The present invention can also serve as a remote control for networked medical equipment and provide data for the patient record. The health care provider is able to immediately access emergency procedures and/or be voice and/or video linked to other institutions and personnel for consultation while performing the treatment. Diagnostic systems information may be combined with current patient information and analyzed to provide real time guidance and alerts for adverse events, and provide references for managing critical stages of the treatment.

Abstract: A portable medical simulation system and method employs an artificial patient with a built-in haptic interface device, with up to four carriages for engaging different diameter catheters. A catheter stabilizer between each carriage expands and contracts in an accordion fashion as the carriages move in relation to each other, preventing the catheter from bending and bowing. A contrast display visual effect derived from a particle emitter software tool simulates the release of radiopaque dye within a simulated vasculature system for display on a monitor. A computer software based system is used for generating haptic effects on the catheter through control signals passed to each of the carriage motors controlling translation movement of the catheter and magnetic particle brakes controlling rotational movement of the catheter.