Anatomical manipulation device

An anatomical manipulation device comprising:

• a plurality of actuators configured to be positioned around an anatomical interface of a neck;
• at least one feedback sensor to measure one or more physiological responses related to a cerebrospinal fluid flow;
• an interactive communication interface to receive input from a user;
• a controller to coordinate operation of said plurality of actuators based on measurements received from said at least one feedback sensor and said input from the interactive communication interface to enhance a cerebrospinal fluid circulation and a cerebrospinal fluid drainage;
• a piezoelectric transducer to reduce noise coupling, enhance resolution and enable gel-free acoustic coupling to enhance the cerebrospinal fluid flow;
• and
• wherein the piezoelectric transducer transmits bounced-back feedback waves to the controller for monitoring cerebrospinal fluid flow patterns.

An anatomical manipulation device comprising:

• a plurality of micro-vibrators configured to be positioned around an anatomical interface of a neck;
• at least one feedback sensor to measure one or more physiological responses related to a cerebrospinal fluid flow;
• an interactive communication interface to receive input from a user;
• a controller to coordinate operation of said plurality of micro-vibrators based on measurements received from said at least one feedback sensor and said input from the interactive communication interface to enhance a cerebrospinal fluid circulation and a cerebrospinal fluid drainage;
• and
• wherein the controller is configured to operate the plurality of micro-vibrators to target the Atlanto-occipital joint, to automatically adjust based on the measurements, and to maintain vibration within a frequency range of 0.75-7.5 MHz for a therapeutic purpose.