Abstract:
A system and method for detecting improper drug use utilizes the morphine equivalency of a drug regimen of a patient having an injury to compare the morphine equivalency of the drug regimen of the patient to that of a peer group having the same diagnosis. The comparison may be conducted based on the aggregate morphine equivalency for respective periods of time following the injury or the initial treatment and based on the rate of change in the morphine equivalency for that or another period of time. Based on the results of the comparison, potential instances of drug fraud and/or drug abuse are identified and an alert is generated, and appropriate action is taken, where needed.
Abstract:
Systems and methods are disclosed for optimizing discrete medical communication and patient care team coordination leveraging diagnosis and patient specific data in the Electronic Medical Records (EMR) and mobile technologies. Relevant patient data for specific communication processes are extracted from the EMR and passed to medical professionals on their mobile devices, and communication regarding specific patient issues facilitated across the entire care team in a secure fashion, with accountability and the ability to track and monitor these processes.
Abstract:
A system provides an interface which includes a plurality of rows associated with patients, and a plurality of data columns for different departments that provide a holistic overview of action items for the different departments. Cells in the data columns can be manipulated, e.g. by selection of an option in a dropdown menu for the cell, to request an action of a corresponding department, or to indicate completion of a task by the corresponding department. Input into a cell can also automatically trigger changing of data or color coding in another cell for the patient. Color coding is utilized to allow viewers to quickly assimilate information from a displayed interface of the system. A number of calculations are performed based on input and/or imported data. For example, a value or color coding may be altered based on a calculated risk of readmission score.
Abstract:
A network server establishes sessions to enable a caretaker to engage in a virtual medical consultation with one of a plurality of clinical assessment team members, each using their own respective end-user devices. The network server sends out a notification to at least two clinical assessment team members, and establishes a virtual medical consultation session between the caretaker and the first clinical assessment team member to respond. Subsequent clinical assessment team members who respond are rejected by the network server. Team members other than the first to respond are sent an update to stand down from the notification, thereby indicating that participation in the virtual medical consultation is no longer needed. The end-user devices delete the protected health information exchanged during the session, and generate an alert if copying is detected.
Abstract:
A computerized system and method for management of patients and critical information is disclosed. Such a method includes receiving a medical request at a processor from a patient, identifying the patient and an available health care provider from a database with a processor, sending a push notification to a first mobile device, wherein the first mobile device is operated by the available health care provider and the push notification includes a reference to the medical request, and transmitting the medical request and a clinical information of the patient to the first mobile device upon receipt of the reference at the processor.
Abstract:
The present invention relates to a web based integrated informatics system for healthcare services. In one embodiment, this is accomplished by one or more client device, one or more server including at least one control logic module, one or more databases for maintaining a plurality of health care related information for users and one or more communication network integrating the server, the client device and the database to communicate with each other, wherein the system is configured to receive information or request sent by one or more client devices, where the received information/s or request/s are processed by the control logic of the server, where the control logic processes the information or request based on the business and data logics with the all available databases, the processed request is integrated with relevant healthcare information or services and received by the client device.
Abstract:
A patient monitoring system comprises a computer (12), an input device (22, 26, 28, 30, 34, 35, 36) coupled to the computer (12) and configured to input patient information, and first and second display screens (18, 20) coupled to the computer (12). The computer (12) displays a first portion of the patient information on the first display screen (18) and a screen portion of the patient information on the second display screen (20).
Abstract:
It is aimed to provide a communication system for a plurality of users in an emergency room or operating room environment, in particular for use in hospitals in order to efficiently assist in communication in a complex environment. The communication system for a plurality of users of wearable capturing devices comprises a circuit (identification circuit) comprising program logic arranged to identifying, by a second wearable device, the viewpoint of the first wearable device; a circuit (exchange circuit) comprising program logic arranged to causing the first wearable device wearer to exchange the captured viewpoint with a second wearable device wearer; and a circuit (projecting circuit) comprising program logic arranged to providing the exchanged viewpoint by the second wearable device as an exchanged viewpoint to the second wearable device wearer.
Abstract:
The inventive subject matter provides apparatus, systems, and methods that improve on the pace of discovering new practical information based on large amounts of datasets collected. In most cases, anomalies from the datasets are automatically identified, flagged, and validated by a cross-validation engine. Only validated anomalies are then associated with a subject matter expert who is qualified to take action on the anomaly. In other words, the inventive subject matter bridges the gap between the overwhelming amount of scientific data which can now be harvested and the comparatively limited amount analytical resources available to extract practical information from the data. Practical information can be in the form of trends, patterns, maps, hypotheses, or predictions, for example, and such practical information has implications in medicine, in environmental sciences, entertainment, travel, shopping, social interactions, or other areas.