Cerner Innovation, Inc.

Charles F Schneider

Britton Jennings

John Q DeVerter

Yegor Faridovich Hanov

Beth Barlow

Ethan D Gershon

Sara J Boswell

Christopher Gaul

Christopher Nessinger

Timothy Eugene McCready

Elizabeth J Parman

Methods, systems, and computer-readable media are provided for collecting information regarding the medication an individual is taking before an individual's healthcare visit. A patient medication list is generated using scanned barcode information or information from a photograph taken with the patient's mobile device. The pre-populated medication list is served to a clinician during the individual's healthcare visit without the need for manual entry of each medication the patient is currently taking to speed up the medication reconciliation process.

Medication list generator

An order management system that employs profile locking is provided for managing clinical orders in patient profiles. The system allows users to initiate lockable order actions (e.g., order actions requiring a profile lock for conflict checking) in a profile locked by another user. When a user attempts to initiate a lockable order action, the system provides a notification to the user indicating that the patient profile is locked by another user. The user may elect to continue initiating the lockable order action. When the profile becomes available, the system provides a notification to the user, who may then obtain the profile lock and process the lockable order action, including having the system perform conflict checking. The system may also provide for the initiation of an instant messaging session between the user attempting to enter a lockable order action in a locked profile and another user who has the profile lock.

Order profile safeguarding mechanism

A system and associated methods are disclosed for generating alternative scheduling for orderable administration. In one embodiment, input is received regarding proposed timing for changing a current administration schedule for a substance-based orderable associated with an established order. Based on the input, one or more options for a revised administration schedule associated with the established order are generated. The generation of the scheduling options takes into consideration a policy for maintaining a degree of commonality with the current administration schedule.

System and method for clinical order rescheduling

Methods, computer storage media, systems and user interfaces for generating and/or managing medication tapers are provided. Medication tapers are generated by receiving medication taper data and calculating a planned regimen that includes a set of orders based upon the received medication taper data. Each order of the set of orders may be modified, captured and/or completed, for instance, by a clinician. After a medication taper has been completed, it may be retrieved and managed as desired.

User interface for generating and managing medication tapers

Generating and managing medication tapers

A user interface provides a visual indication of the time-based parameters surrounding individual scheduling options for a clinical order. The user interface facilitates the display of a graphical representation of one or more scheduling options, providing a clinician with a visualization of the parameters surrounding the options and the ability to select a particular scheduling option for associating with the established order. Each of the options includes a set of display objects presented in a context, such as a time graph, that indicates a date and time for each administration for the substance-based orderable under the respective scheduling option.

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Kansas City, MO, United States of America

Charles F Schneider