Method and apparatus for performing microcurrent stimulation (MSC) therapy

A microcurrent stimulation (MCS) apparatus comprising:

• electrical circuitry configured to generate a microcurrent signal at a particular carrier frequency modulated at a particular modulation frequency;
• and
• a conductor device coupled on a first end to a terminal of the electrical circuitry and having a second end configured to couple the microcurrent signal into a user's ocular tissue to apply the microcurrent signal to the ocular tissue.

A microcurrent stimulation (MCS) apparatus comprising:

• an electrical circuit configured to generate a microcurrent signal having a particular carrier frequency modulated by one of at least first and second modulation frequencies;
• controller logic in communication with the electrical circuit, the controller logic being configured to control which of at least the first and second modulation frequencies are superimposed onto the carrier frequency and to control first and second time periods during which the first and second modulation frequencies, respectively, are superimposed onto the carrier frequency, the first modulation frequency being greater than the second modulation frequency and the first time period being shorter than the second time period, the second time period commencing upon expiration of the first time period.

A microcurrent stimulation (MCS) apparatus comprising:

• an electrical circuit configured to generate a microcurrent signal having a particular carrier frequency modulated by one of at least first, second and third modulation frequencies;
• controller logic in communication with the electrical circuit, the controller logic being configured to control which of the at least first, second and third modulation frequencies are superimposed onto the carrier frequency and to control first, second and third time periods during which the first, second and third modulation frequencies, respectively, are superimposed onto the carrier frequency, the first modulation frequency being greater than the second modulation frequency and the first time period being shorter than the second time period, the second time period commencing upon expiration of the first time period, the second modulation frequency being greater than the third modulation frequency and the second time period being shorter than the third time period.

A microcurrent stimulation (MCS) apparatus comprising:

• electrical circuitry configured to generate a microcurrent signal at a particular carrier frequency modulated at a particular modulation frequency;
• and
• a conductor device coupled on a first end to a terminal of the electrical circuitry and having a second end configured to couple the microcurrent signal into a user's eye to apply the microcurrent signal to the user's eye, wherein application of the microcurrent signal to the eyes of users results in stabilization of macular degeneration in at least 32% of the users.

An apparatus for applying a microcurrent signal to ocular tissue of a user to perform microcurrent stimulation (MCS) therapy, the microcurrent signal being generated by an electrical microcurrent signal generation circuit, the apparatus comprising:

• goggles configured to receive a microcurrent signal from the electrical microcurrent generation circuit and to provide the microcurrent signal to at least first and second electrodes of the goggles, the first and second electrodes.

A method for performing microcurrent stimulation (MCS) therapy, the method comprising:

• applying a microcurrent signal to ocular tissue of a user to provide therapy for the ocular tissue, wherein application of the microcurrent signal to the ocular tissue over a period of time produces therapy results better than placebo.

A method for performing microcurrent stimulation (MCS) therapy, the method comprising:

• applying a first microcurrent signal to ocular tissue, the first microcurrent signal having a first carrier frequency modulated by a first modulation frequency, the first microcurrent signal being applied for a first period of time;
• and
• applying a second microcurrent signal to the eyelid, the second microcurrent signal having the first carrier frequency modulated by a second modulation frequency, the second microcurrent signal being applied for a second period of time, the second period of time being longer than the first period of time, the first modulation frequency being higher than the second modulation frequency.

A kit for performing microcurrent stimulation (MCS) therapy that enables conditions of macular degeneration and other ocular diseases to be improved or at least stabilized, the kit comprising:

• at least one microcurrent stimulating device for applying at least two microcurrent signals to ocular tissue of an eye of a user and optionally an instruction, wherein the at least two microcurrent signals are different in modulation frequency, wherein the microcurrent stimulating device is capable of being operationally connected to a microcurrent stimulating device, wherein the microcurrent stimulating device is configured to be placed in direct contact with the eyelid of the eye or in proximity of the eye so that at least two microcurrent signals can be applied to the ocular tissue of the eye for particular periods of time.