Electrical muscle controller system for uterine contraction monitoring and modulation

A system for intravaginal control of uterine contractions, the system comprising:

• an intravaginally wearable device including:
• an intravaginal electrode carrier comprising:
• a housing having a surface, the housing structured for positioning the surface to be in contact with cervico-vaginal tissue;
• a plurality of sensing electrodes arranged on the surface of the housing for measuring electroactivity data of a uterus,
• a plurality of modulating electrodes arranged on the surface of the housing for applying an electrical modulation signal to the uterus via the cervico-vaginal tissue, and
• wherein the housing of the intravaginal electrode carrier comprises a ring designed to fit against the cervix, and the plurality of sensing electrodes and the plurality of modulating electrodes are placed in an alternating arrangement around a rim of the ring;
• and
• a uterine pacemaker coupled to the plurality of sensing electrodes and the plurality of modulating electrodes, the uterine pacemaker comprising:
• a uterine monitor having one or more processors configured to receive the measured electroactivity data, and
• an electroceutical generator having a waveform generator circuit electrically coupled to the one or more processors, the waveform generator circuit configured to:
• generate, based on the measured electroactivity data, the electrical modulation signal;
• and
• transmit the electrical modulation signal to the plurality of modulating electrodes.