Real time management of data relating to physiological control of glucose levels

A method of treating diabetes, comprising:

• automatically enabling a profile recording feature to generate a first profile of a first profile type, the automatic enablement based on a first detected system-driven event;
• storing glucose measurement data received wirelessly from a continuous glucose monitoring sensor during a first defined time period to generate the first profile;
• automatically enabling the profile recording feature to generate a plurality of subsequent profiles of subsequent profile types, the automatic enablement based on plurality of subsequent detected system-driven events;
• storing glucose measurement data received wirelessly from the continuous glucose monitoring sensor during a plurality of subsequent defined time periods to generate the plurality of subsequent profiles,
• wherein the first profile type and the subsequent profile types are selected from the group consisting of a skip-meal profile, a meal test profile, a correction bolus profile, a basal test profile, and an insulin action profile;
• tagging one or more of the first profile and the plurality of subsequent profiles with an exogenous attribute;
• determining whether a persistent pattern of measured glucose levels exists among a minimum number of the first profile and the plurality of subsequent profiles of a same profile type,
• wherein the persistent pattern exists if the minimum number of the first profile and the plurality of subsequent profiles of the same profile type includes respective measured glucose levels outside of a glucose level target associated with the profile type;
• and
• outputting to a display a recommended change to medication data if the persistent pattern exists for a user to manage glucose levels within the glucose level target.

An integrated glucose management system for treating diabetes of a patient, the system comprising:

• a controller comprising:
• a memory configured to store glucose measurement data wirelessly received from a continuous glucose monitoring sensor, and to store exogenous data including attributes tagged to the stored glucose measurement data;
• and
• a processor configured to execute computer-executable instructions to:
• enable a profile recording feature to generate a first profile of a first profile type;
• store glucose measurement data into the memory during a first time period to generate the first profile;
• automatically end the profile recording feature after the first time period based on a first detected system-driven event;
• enable the profile recording feature to generate a plurality of subsequent profiles of subsequent profile types;
• store glucose measurement data into memory during a plurality of subsequent time periods to generate each of the plurality of subsequent profiles;
• automatically end the profile recording feature after the plurality of subsequent time periods based on a plurality of subsequent detected system-driven events,
• wherein the first profile type and the subsequent profile types are selected from the group consisting of a skip-meal profile, a meal test profile, a correction bolus profile, a basal test profile, and an insulin action profile;
• tag one or more of the first profile and the plurality of subsequent profiles with an exogenous attribute;
• determine whether a persistent pattern of measured glucose levels exists among a minimum number of the first profile and the plurality of subsequent profiles of a same profile type,
• wherein the persistent pattern exists if the minimum number of the first profile and the plurality of subsequent profiles of the same profile type includes respective measured glucose levels outside of a glucose level target associated with the profile type;
• and
• output to a display a recommended change to medication data if the persistent pattern exists for a user to manage glucose levels within the glucose level target.