1532269-2

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1532269-2 is a type of telemedicine system proposed by the National Information Standards Organization (NISO). This system is designed to enable communication between medical professionals and remote patients to manage medical care or treatment. It is meant to streamline the process of healthcare by eliminating the need for physical visits to medical offices, and by enabling medical professionals to better coordinate the care of patients in remote locations.

The 1532269-2 application field and working principle relates to the data acquisition and handling of remote medical patients. The system works by establishing and transmitting data between two medical organizations or medical professionals. The data is shared between medical personnel from both organizations, enabling them to track patient progress and coordinate care remotely.

The application field of 1532269-2 includes monitoring of medical conditions, such as chronic diseases, over a large geographic area. These conditions can be monitored in real-time, which can help provide better quality of care and improve patient outcomes. Additionally, this system can be used for remote diagnosis and diagnosis validation, as well as for the remote execution of tests and the transmission of test results.

The working principle of 1532269-2 is based on the sharing of data between two remote locations via secure, encrypted channels. All data is securely stored in a central database, and access to the data is controlled by user permission. All data is transmitted over secure channels, and transmitted data is “scrambled” to ensure privacy and security. The data is also encrypted to ensure data integrity and confidentiality.

The 1532269-2 application field and working principle can provide better coordination of care between medical personnel from multiple regions, while still ensuring the privacy and security of patient information. This system can help maximize patient outcomes and reduce the time and cost associated with travel for medical visits. This system also allows medical personnel to perform medical tests and get results in real-time, helping to improve patient outcomes and reduce the cost associated with patient visits.

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