A system for monitoring and controlling a physiological condition of a patient, comprising: at least one physiological parameter monitor adapted to monitor a physiological parameter of a patient; a control device operably connected to said at least one physiological parameter monitor, said control device having control logic that is capable of monitoring, receiving and storing physiological parameter data generated from said physiological parameter monitor in order to observe and classify patterns in physiological behavior and translating said physiological parameter data into an output control signal containing information regarding administration of at least two medications; and a multi-channeled delivery mechanism operably connected to said control device, said delivery mechanism capable of receiving said output control signal from said control device; wherein said delivery mechanism is configured to infuse said at least two medications into the patient based on said information contained in said output control signal, wherein said control logic further comprises an algorithm for monitoring and controlling said at least one physiological parameter, said algorithm configured to determine baseline dosage functions for said at least two medications; determine expected response functions for said physiological parameter to said at least two medications; analyze the patient's demonstrated response to said at least two medications to derive patient-specific sensitivity to said at least two medications; and use said patient-specific sensitivity in conjunction with said baseline dosage functions to calculate patient-adapted dosages of said at least two medications; wherein a patient-specific sensitivity to at least one of said at least two medications is analyzed by calculating a localized patient-specific sensitivity for an interval of time to at least one of said at least two medications, said localized patient-specific sensitivity calculated by comparing an observed rate of change in said physiological parameter to an expected rate of change in said physiological parameter; and wherein said patient-specific sensitivity to at least one of said at least two medications is further analyzed by calculating a cumulative patient-specific sensitivity to at least one of said at least two medications, said cumulative patient-specific sensitivity calculated by applying a weighted average to said localized patient-specific sensitivity over all known points in a series of patient data. at least one physiological parameter monitor adapted to monitor a physiological parameter of a patient; a control device operably connected to said at least one physiological parameter monitor, said control device having control logic that is capable of monitoring, receiving and storing physiological parameter data generated from said physiological parameter monitor in order to observe and classify patterns in physiological behavior and translating said physiological parameter data into an output control signal containing information regarding administration of at least two medications; and a multi-channeled delivery mechanism operably connected to said control device, said delivery mechanism capable of receiving said output control signal from said control device; wherein said delivery mechanism is configured to infuse said at least two medications into the patient based on said information contained in said output control signal, wherein said control logic further comprises an algorithm for monitoring and controlling said at least one physiological parameter, said algorithm configured to determine baseline dosage functions for said at least two medications; determine expected response functions for said physiological parameter to said at least two medications; analyze the patient's demonstrated response to said at least two medications to derive patient-specific sensitivity to said at least two medications; and use said patient-specific sensitivity in conjunction with said baseline dosage functions to calculate patient-adapted dosages of said at least two medications; wherein a patient-specific sensitivity to at least one of said at least two medications is analyzed by calculating a localized patient-specific sensitivity for an interval of time to at least one of said at least two medications, said localized patient-specific sensitivity calculated by comparing an observed rate of change in said physiological parameter to an expected rate of change in said physiological parameter; and wherein said patient-specific sensitivity to at least one of said at least two medications is further analyzed by calculating a cumulative patient-specific sensitivity to at least one of said at least two medications, said cumulative patient-specific sensitivity calculated by applying a weighted average to said localized patient-specific sensitivity over all known points in a series of patient data.