Abstract: A portable electro-therapy device includes a microprocessor configured to generate and control electrical stimulation output signals, an electrode jack, a plurality of electrodes operatively connected to the electrode jack and configured to transmit the electrical stimulation output signals to a patient, a modem communication port, and a modem configured to provide communication between the portable electro-therapy device and a server-based support system. A server-based support system includes an application server configured to provide an interface to the server-based support system to authorized users, a resources server configured to securely store patient data, and a modem bank configured to provide communication between the portable electro-therapy device and the server-based support system.

Abstract: A portable electro-therapy device includes a microprocessor configured to generate and control electrical stimulation output signals, an electrode jack, a plurality of electrodes operatively connected to the electrode jack and configured to transmit the electrical stimulation output signals to a patient, a modem communication port, and a modem configured to provide communication between the portable electro-therapy device and a server-based support system. A server-based support system includes an application server configured to provide an interface to the server-based support system to authorized users, a resources server configured to securely store patient data, and a modem bank configured to provide communication between the portable electro-therapy device and the server-based support system.

Abstract: A system and method for performing multiple modes of electro-therapy with a portable electro-therapy device are disclosed. Preferably, the modes include an interferential mode, a pre-modulated interferential mode, a neuromuscular mode and a high volt pulse current mode. Additional protocols may be defined by combining or varying modes. The electro-therapy device uses a microprocessor to generate and control output signals. The microprocessor is contained within the housing of the electro-therapy device. The device includes a display and at least one keypad. The device also includes an electrode jack for attaching at least one pair of electrodes for outputting signals to a patient.

Abstract: A system and method for performing multiple modes of electro-therapy with a portable electro-therapy device are disclosed. Preferably, the modes include an interferential mode, a pre-modulated interferential mode, a neuromuscular mode and a high volt pulse current mode. Additional protocols may be defined by combining or varying modes. The electro-therapy device uses a microprocessor to generate and control output signals. The microprocessor is contained within the housing of the electro-therapy device. The device includes a display and at least one keypad. The device also includes an electrode jack for attaching at least one pair of electrodes for outputting signals to a patient.