Electronic medical record interactive interface system

A system comprising a tangible computer-readable medium and one or more processors configured to execute instructions stored in the tangible computer-readable medium:

• to receive a current patient encounter information of a first patient encounter of a first patient at a physical location, the physical location corresponding to a health facility used to assess the first patient for a medical condition;
• to determine whether the physical location and one or more other locations contain past patient records associated with the first patient and corresponding to diagnostic parameters;
• to create a patient profile for the first patient including patient parameters corresponding to automated diagnosis patient archetype parameters;
• to update the patient profile using a set of the past patient records that are associated with the first patient;
• to compare the patient profile to a super plurality of automated diagnosis patient archetypes, each of the super plurality of automated diagnosis patient archetypes corresponding to a medical condition, a plurality of the super plurality of automated diagnosis patient archetypes corresponding to one or more of the patient parameters;
• to rank the plurality of automated diagnosis patient archetypes based upon a respective plurality of applicability scores of the plurality of automated diagnosis patient archetypes, wherein the applicability scores are derived by comparing patient parameters to values associated with the plurality of automated diagnosis patient archetype parameters;
• to repeat one or more times:
• obtaining a dynamic physician diagnosis at a first station, wherein the dynamic physician diagnosis can at least be changed in response to a set of the applicability scores;
• mapping the physician diagnosis to a subset of the plurality of automated diagnosis patient archetypes;
• employing an automated agent to customize a user interface to emphasize order selections to support changing one or more of the applicability scores;
• receiving order selections via the customized user interface;
• updating the ranking of the plurality of automated diagnosis patient archetypes in response to orders results;
• to make the dynamic physician diagnosis available to a second station.

A system comprising:

• a means for receiving a current patient encounter information of a first patient encounter of a first patient at a physical location, the physical location corresponding to a health facility used to assess the first patient for a medical condition;
• a means for determining whether the physical location and one or more other locations contain past patient records associated with the first patient and corresponding to diagnostic parameters;
• a means for creating a patient profile for the first patient including patient parameters corresponding to automated diagnosis patient archetype parameters;
• a means for updating the patient profile using a set of the past patient records that are associated with the first patient;
• a means for comparing the patient profile to a super plurality of automated diagnosis patient archetypes, each of the super plurality of automated diagnosis patient archetypes corresponding to a medical condition, a plurality of the super plurality of automated diagnosis patient archetypes corresponding to one or more of the patient parameters;
• a means for ranking the plurality of automated diagnosis patient archetypes based upon a respective plurality of applicability scores of the plurality of automated diagnosis patient archetypes, wherein the applicability scores are derived by comparing patient parameters to values associated with the plurality of automated diagnosis patient archetype parameters;
• a means for repeating one or more times:
• obtaining a dynamic physician diagnosis at a first station, wherein the dynamic physician diagnosis can at least be changed in response to a set of the applicability scores;
• mapping the physician diagnosis to a subset of the plurality of automated diagnosis patient archetypes;
• employing an automated agent to customize a user interface to emphasize order selections to support changing one or more of the applicability scores;
• receiving order selections via the customized user interface;
• updating the ranking of the plurality of automated diagnosis patient archetypes in response to orders results;
• a means for making the dynamic physician diagnosis available to a second station.