Detecting improper energy transmission configuration in medical device system

A medical device system comprising:

• a data processing device system;
• a memory device system communicatively connected to the data processing device system and storing a program executable by the data processing device system, the program comprising:
• acquisition instructions configured to cause an acquisition of information stored in the memory device system;
• detection instructions configured to cause a detection of a shunt condition created in an electric circuit based at least upon an analysis of the information acquired according to the acquisition instructions, the electric circuit comprising at least a first electrode of one or more electrodes of an electrode-based device system comprising a structure and the one or more electrodes located on the structure, the one or more electrodes positionable in a bodily cavity defined at least in part by a tissue wall, and the shunt condition associated with a diversion of a portion, but not all, of energy transmittable by the first electrode of the one or more electrodes away from adjacent tissue of the tissue wall, the adjacent tissue adjacent the first electrode of the one or more electrodes, and the energy transmittable by the first electrode of the one or more electrodes sufficient for tissue ablation;
• and
• storage instructions configured to cause a storage in the memory device system of detection information indicating the detection of the shunt condition according to the detection instructions.

A medical device system comprising:

• a data processing device system;
• a memory device system communicatively connected to the data processing device system and storing a program executable by the data processing device system,
• wherein the data processing device system is configured by the program at least to:
• acquire information stored in the memory device system;
• detect a shunt condition created in an electric circuit based at least upon an analysis of the acquired information, the electric circuit comprising at least a first electrode of one or more electrodes of an electrode-based device system comprising a structure and the one or more electrodes located on the structure, the one or more electrodes positionable in a bodily cavity defined at least in part by a tissue wall, and the shunt condition associated with a diversion of a portion, but not all, of energy transmittable by the first electrode of the one or more electrodes away from adjacent tissue of the tissue wall, the adjacent tissue adjacent the first electrode of the one or more electrodes, and the energy transmittable by the first electrode of the one or more electrodes sufficient for tissue ablation;
• and
• store, in the memory device system, detection information indicating the detection of the shunt condition.

A non-transitory computer-readable storage medium system comprising one or more non-transitory computer-readable storage mediums storing a program executable by one or more data processing devices of a data processing device system, the program comprising:

• an acquisition module configured to cause an acquisition of information stored in a memory device system;
• a detection module configured to cause a detection of a shunt condition created in an electric circuit based at least upon an analysis of the information acquired according to the acquisition instructions, the electric circuit comprising at least a first electrode of one or more electrodes of an electrode-based device system comprising a structure and the one or more electrodes located on the structure, the one or more electrodes positionable in a bodily cavity defined at least in part by a tissue wall, and the shunt condition associated with a diversion of a portion, but not all, of energy transmittable by the first electrode of the one or more electrodes away from adjacent tissue of the tissue wall, the adjacent tissue adjacent the first electrode of the one or more electrodes, and the energy transmittable by the first electrode of the one or more electrodes sufficient for tissue ablation;
• and
• a storage module configured to cause a storage in the memory device system of detection information indicating the detection of the shunt condition according to the detection module.