Tattoo biosensor and health monitoring system

A wireless electrophysiological monitoring system, comprising:

• a conductive polymer pattern configured for transfer to the skin of a patient, the conductive polymer pattern including a plurality of sensor regions each connected to a patterned lead having a terminus adjacent to a common contact region;
• the common contact region located on a nonconductive support layer, a plurality of sensor contacts connected to the nonconductive support layer within the common contact region, each of the plurality of sensor contacts being a male or female electroconductive stud, each terminus of the patterned leads in electrical communication with one of the plurality of sensor contacts via a conductive lead distinct from the patterned leads, the conductive lead supported by the nonconductive support layer;
• an electrophysiological monitor having a plurality of monitor contacts located on a rear face, each of the plurality of monitor contacts being a female or male electroconductive stud complementary to one of the plurality of sensor contacts, the electrophysiological monitor configured to be positioned over the common contact region such that the rear face faces the skin of the patient and one of the plurality of monitor contacts is in direct electrical connection with each of the plurality of sensor contacts, the electrophysiological monitor further including an integrated circuit configured to digitize at least one of ECG, EEG, or EMG signals, a memory, and a transceiver configured for wireless transmission of the digitized signals;
• and,
• a mobile communication device having a transceiver configured for wireless communication with the electrophysiological monitor and a processor configured to process the digitized signals, the mobile communication device configured to transmit the processed signals to a monitor network.