Abstract: Systems and methods are provided for wearable patient identifiers. One embodiment is a labeling system that includes an interface, a memory storing rules that indicate on a patient-by-patient basis whether to print clinical notifications onto wearable patient identifiers, based on fields of electronic health records acquired via Health Level 7 (HL7) messaging, and a controller. The controller presents a Graphical User Interface (GUI) that includes interactive elements that enable alteration of the rules. The interactive elements include, for each rule: a first dialogue that indicates a field storing data to acquire from an electronic health record; a second dialogue that indicates a value to compare to the data; and an operator that logically combines the data and the value to arrive at a Boolean result. The controller determines whether to include a clinical notification in print data for a wearable patient identifier, based on the Boolean result.

Abstract: Systems and methods are provided for wearable patient identifiers. One embodiment includes a memory and a controller. The memory stores rules that indicate whether to print clinical notifications onto wearable patient identifiers, based on fields of electronic health records. The controller selects a wearable patient identifier for a patient, acquires an electronic health record for the patient via HL7 messaging, and for each rule: acquires data from a field of the electronic health record indicated by the rule, identifies a value, and logically combines the data and the value into a Boolean result to determine whether a clinical notification is applicable. If the controller determines that the clinical notification is applicable, the controller formats print data for the wearable patient identifier to include the clinical notification. If the controller determines that the clinical notification is inapplicable, the controller prevents print data for the wearable identifier from including the notification.

Abstract: Systems and methods are provided for wearable patient identifiers. One embodiment is a labeling system that includes an interface, a memory storing rules that indicate on a patient-by-patient basis whether to print clinical notifications onto wearable patient identifiers, based on fields of electronic health records acquired via Health Level 7 (HL7) messaging, and a controller. The controller presents a Graphical User Interface (GUI) that includes interactive elements that enable alteration of the rules. The interactive elements include, for each rule: a first dialogue that indicates a field storing data to acquire from an electronic health record; a second dialogue that indicates a value to compare to the data; and an operator that logically combines the data and the value to arrive at a Boolean result. The controller determines whether to include a clinical notification in print data for a wearable patient identifier, based on the Boolean result.

Abstract: Systems and methods are provided for wearable patient identifiers. One embodiment is a labeling server. The server includes an interface, a memory, and a controller. The controller acquires an electronic health record for a patient via a Health Level 7 (HL7) message received at the interface, analyzes the electronic health record to determine clinical notifications for the patient, generates print data for a wrist band identifying the patient, formats the print data for the wrist band to include the clinical notifications such that each clinical notification occupies a unique radial portion of the wrist band, and directs a printer to print the wrist band for use by the patient.

Abstract: A patient interface to a patient engagement and education system is disclosed for receiving education assets assigned to a patient, and monitoring whether the patient has viewed the education assets. The patient interface queries a server for an education asset assigned to the patient, and receives the education asset from the server. The patient interface displays the education asset to the patient at a Graphical User Interface (GUI), and determines that the patient has viewed the education asset. The patient interface provides a message to the server in response to the determination to allow the server to compile compliance information indicating that the education asset has been viewed by the patient.

Abstract: A central asset distribution point is disclosed for patient engagement and education. One embodiment comprises a patient engagement and education system that receives a query from a first device of a clinician to retrieve a list of education assets that are available to be assigned to a patient, provides the list of education assets to the first device, receives a message from the first device that indicates a selection of an education asset by the clinician from the list of education assets, retrieves the education asset indicated in the message, and provides an electronic delivery of the education asset to a second device of the patient.

Abstract: A clinician interface to a patient engagement and education system is disclosed for assigning education assets to a patient. A server is queried for a list of education assets that are available to be assigned to a patient, and a list of education assets are displayed to a clinician. Input is received from the clinician selecting an education asset from the list of education assets, and a message is generated identifying the education asset. The message is provided to the server to allow the server to electronically deliver the education asset to the patient.

Abstract: A clinical interface to a patient engagement and education system is disclosed. A server of the patient engagement and education system is queried to identify education assets assigned to a patient, and a determination is made which education assets assigned to the patient have not been viewed by the patient. The education assets that have not been viewed by the patient are indicated on a Graphical User Interface (GUI) to a clinician.

Abstract: An apparatus and system are provided for facilitating organization of medical data, associated with a patient(s) to enable medical professionals to prioritize and deliver timely and appropriate care to one or more patients. The apparatus includes a processor configured to receive medical information, associated with a patient(s), from one or more entities and store the medical information in a memory. The processor is also configured to provide a portion(s) of the medical information to a view of a display(s) and update a portion of the medical information upon receiving new medical data associated with the portion in response to determining that the new medical data corresponds to the patient(s). The processor is also configured to provide the portion of the medical information to a view of a display(s).