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ISSN 2079-3316 Bilingual online scientific Online scientific journal of the Ailamazyan Program System Institute of the Ailamazyan PSI of PSI of Russian Academy of Science of RAS 12+ 
Volume 16 (2025) . Issue 6 (71) . Paper No. 3 (450)

Medical Informatics

Research Article

A patient's personal account in the communications ecosystem of medical organizations

Dmitriy Vladimirovich Belyshev1Correspondent author, Aleksandr Eugen'yevich Mikheyev2, Sergey Vladimirovich Rudetsky3

1-3Ailamazyan Program Systems Institute of RAS, Ves'kovo, Russia
1 Dmitriy Vladimirovich Belyshev — Correspondent author belyshev@interin.ru

Abstract. In the context of the digital transformation of healthcare, the patient personal account (PPA) has ceased to be simply a tool for complying with regulatory requirements and has become a strategic element in building long-term patient relationships. However, its use, isolated from core clinical processes, creates an additional burden on staff and does not create a holistic patient journey.

Objective: To develop and scientifically substantiate the concept and practical scenarios for the deep integration of a communications system integrated into a medical information system (MIS) with the PPA. These scenarios aim to improve treatment adherence, reduce the administrative burden on medical staff, and create a proactive, personalized model of medical care.

Materials and Methods: The study is based on an ecosystem approach to organizing the communications infrastructure of a healthcare organization. The study includes an analysis of international and Russian regulatory requirements, a review of current PPA functions, and methods for increasing patient engagement. The practical part is illustrated by a scenario of a detailed end-to-end process for preparing for hospitalization and postoperative patient care using the Interin PROMIS Alpha PG medical information system and the Interin LK personal computer (PC).

Results: It is shown that deep integration of the PC with the MIS enables its transformation from a service tool into the core of the medical organization's communications ecosystem. The presented scenario demonstrates the achievement of target indicators: increased adherence through personalized notifications and feedback, reduced staff workload through the automation of routine communications, and the development of a proactive model in which the system initiates data-driven interventions. The key role of intelligent AI agents, capable of providing personalized interactions at scale, is identified.

Conclusions: The patient personal account, deeply integrated into the medical organization's business processes via the MIS communications system, is not an optional service, but a critical infrastructure for building patient-centered, effective, and safe medical care. A key condition for success is the transition from fragmented communication channels to the creation of a unified communication environment, which requires healthcare organizations to strategically invest in a digital platform. (In Russian).

Keywords: Patient personal account, medical information system, communications ecosystem, patient-centeredness, treatment adherence, AI agents, telemedicine, digital healthcare

MSC-20202020 Mathematics Subject Classification 94A05; 92C50, 93BxxMSC-2020 94-XX: Information and communication theory, circuits
MSC-2020 94Axx: Communication, information
MSC-2020 94A05: Communication theory
MSC-2020 92-XX: Biology and other natural sciences
MSC-2020 92Cxx: Physiological, cellular and medical topics
MSC-2020 92C50: Medical applications (general)
MSC-2020 : 
MSC-2020 93-XX: Systems theory; control
MSC-2020 93Bxx: Controllability, observability, and system structure

For citation: Dmitriy V. Belyshev, Aleksandr E. Mikheyev, Sergey V. Rudetsky. A patient's personal account in the communications ecosystem of medical organizations. Program Systems: Theory and Applications, 2025, 16:6, pp. 99–154. (In Russ.). https://psta.psiras.ru/2025/6_99-154.

Full text of article (PDF): https://psta.psiras.ru/read/psta2025_6_99-154.pdf.

The article was submitted 24.10.2025; approved after reviewing 13.11.2025; accepted for publication 17.11.2025; published online 15.12.2025.

© Belyshev D. V., Mikheyev A. E., Rudetsky S. V.
2025
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