MVS ICU Smart resuscitation

Main article: Telemedicine

MVS ICU is a software and hardware complex for use in intensive care units and intensive care units. With its help, recording is carried out from viewing cameras and bedside equipment continuously 24/7, followed by archiving. Doctors on duty using the player will be able to switch from patient to patient, view history and online broadcast. It also includes a complex with the telemedicine help of which doctors and nurses medical will be able to receive prompt consultations from colleagues and communication of patients with relatives (data for 2022).

2024: AI Integration

the Russian In intensive care will introduce a digital complex with intellectual. video surveillance The integration of a digital resuscitation service with artificial intelligence will help medical staff respond quickly to situations that are dangerous to the health and life of patients. Platform Third Opinion - PTM announced this on December 27, 2024.

As a result of the agreement reached between the Medical Imaging Systems company and the developer of AI services Platform Third Opinion, on the monitors of the Digital Resuscitation software and hardware complex, in addition to the patient's life parameters and medical equipment data, alerts of the AI-Monitoring system will appear, which artificial intelligence independently generates based on the events observed in the chamber.

Artificial intelligence in 24/7 mode analyzes the video stream from bedside video cameras, instantly signals unwanted events, sending text notifications to the sister post and wearable devices of the medical staff. The functionality of AI Monitoring will include recognition of such events as disconnection of life support devices, the patient's exit from anesthesia and the occurrence of seizures characteristic of life-threatening conditions. At this stage of integration, the system monitors the implementation of patient care protocols, prevents patients from falling from the bed and the formation of pressure sores.

Video analytics will help avoid missing situations with health and life risks to patients that arise from a phenomenon called "alarm fatigue." This is a condition in which a health worker, due to a long peering, dulls attention and sensitivity to changes and signals on monitors.

Earlier, the resuscitation functionality of AI-Monitoring was finalized as a result of a grant under the federal project Artificial Intelligence of the Skolkovo Foundation at the Republican Clinical Hospital (RKB) of Tatarstan, where, according to statistics, the system's signals about the incident prevented a serious deterioration in condition, including death, of every 7th patient. In the therapeutic department, according to JSC "GK" Medsi, "smart video analytics increases the rate of reaction of medical staff to undesirable events by 50 times.

The Digital Resuscitation Software and Hardware Complex (PAC) from MVS aggregates, analyzes and stores video data on the patient's condition from various sources: round-the-clock viewing, bedside cameras and bedside equipment screens along with digital vital signs of patients, as well as data from ventilators, infusomats and other parameters.

The complex also calculates risks and contains therapy management tools: an electronic appointment list, a nurse's worksheet and management of invasive devices. The collection of electronic reporting is automated, and it is stored on the server medical organization.

Integration opens up new perspectives in the application of both systems. In intensive care, in addition to life parameters, it is important to track various events that pose risks to health and life, and partly direct video surveillance solves this problem, but it is impossible to attach a doctor to each monitor. In addition, the car is not subject to fatigue, a physiological drop in concentration, it has no lunch breaks and other pauses, "said Anna Meshcheryakova, CEO of the AI-Monitoring creator.

Resuscitation wards, like operating rooms, are the most closed contour of the hospital. Smart video surveillance systems with subsequent storage of video recordings allow for additional security of patients' stay in them. We predict that the digitalization of processes in operating and intensive care units, an increase in the transparency of the events taking place there will soon become a standard requirement, "commented Grigory Bayburtyan, Product Director of MVS.

2021: Creation of "smart resuscitation"

Russian developer of solutions for health care - the company Medical Visual Systems on October 22, 2021 announced the creation of a "smart resuscitation" project.

It involves constant video monitoring of the patient's condition, the organization of online posts of doctors on duty, as well as a system of teleconsultations and video conference with relatives. The pilot is scheduled to be launched at the children's hospital, Tomsk construction which will be completed in 2022.

The Smart Resuscitation project is a continuation of smart operating rooms with video surveillance, more than a hundred of which have been launched in federal, city and district hospitals in the country.

The project developers are participants in the National Technology Initiative (NTI) in the Helsnet direction, a resident of the Skolkovo Foundation and have grant support from the Innovation Assistance Fund (FSI).

"Smart resuscitation" involves constant control over the condition of patients in intensive care units and intensive care units, explained Kirill Zutryaev, MVS Development Director. We are talking about installing viewing cameras, as well as collecting data from bedside monitors and ventilators on a single platform. The recording will be kept continuously, 24/7, and stored in the archive. The archive is flexible and freely expandable as desired and necessary for a particular clinic and is able to store patient information from 30 days to 5 years. ' This will allow you to organize an online observation post for doctors on duty who, using the player, will be able to switch from patient to patient.

It involves the creation of a system for monitoring the patient and the activity of personnel, constant monitoring of vital signs of patients and control over the operation of resuscitation equipment. All data will be stored in a form prepared for analysis, including for the possibility of their further use in training artificial intelligence.

{{quote 'When we started the project with smart operating rooms three years ago, there was a risk that doctors would be against the record. The situation has changed, everyone is already accustomed to filming and has become loyal. Professional doctors understand the benefits of video recording, which will help them confirm the correctness of their actions, - said Kirill Zutryaev. }}

The "smart resuscitation" also includes a telemedicine system, with the help of which doctors will be able to receive consultations from colleagues from other clinics. The same service will make it possible to establish video communication between patients and relatives, which will help solve the gigantic problem of access to intensive care, which was aggravated by the beginning of the COVID-19 pandemic and the transition of hospitals to quarantine.