Skip to main content
Number №4, 2025
Legal Sovereignty of the Individual in Digital Healthcare in the Era of Artificial Intelligence
Number №3, 2025
Digital Health: Forecast for 2025-2030
Number №2, 2025
Digital technologies in remote monitoring of childbirth with a Clinical decision support system (CDSS)
Number №1, 2025
Digital technologies for health promotion and disease prevention in older adults
Number №4, 2024
Computer reconstruction of the interaction of genes associated with Angelman syndrome
Number №3, 2024
Telemedicine today: trends in the use of telemedicine consultations based on regional experience
Number №2, 2024
Mobile apps for psychological well-being: user attitudes and definition of requirements
Number №1, 2024
Diagnosis in the era of digital medicine
Number №4, 2023
Artificial intelligence in Russian healthcare: collecting and preparing data for machine learning
Number №3, 2023
China as a supplier of medical equipment in the Russian Federation. Options for cooperation and features of working with Chinese suppliers
Number №2, 2023
Experience in teaching telemedicine in the system of higher professional education The attitude of medical workers to telemedicine technologies
Number №4, 2022
Physician burnout: the hidden healthcare crisis. Results of an online survey of doctors
Number №3, 2022
Interaction of clinical and diagnostic medicine. Results of an online survey of doctors
Number №2, 2022
Mobile applications for mental health self-management: a review of customers’ opinions Ultrasound robots: ready-to-use solutions and perspective directions
Number №1, 2022
Digital transformation of the pathological service as a way to improve the quality of medical care
Number №4, 2021
Clinical guidelines of the Ministry of Health of the Russian Federation: are doctors ready to follow them? Results of an online survey of doctors.
Number №3, 2021
Виртуальная реальность (VR) в клинической медицине: международный и российский опыт
Number №2, 2021
Дистанционные консультации пациентов: что изменилось за 20 лет?
Number №1, 2021
Experience of participation in the blood pressure telemonitoring pilot project of the Ministry of Healthcare
Number №4, 2020
Автоматизация процесса выявления у беременных заболевания COVID-19
Number №3, 2020
Remote cognitive behavioral therapy for stress disorder associated with the COVID-19 pandemic
Number №2, 2020
Distance education at a medical school during the COVID-19 pandemic: the first experience through the eyes of students
Number №1-2, 2018
Ответственность при использовании телемедицины: врач или юрист Скрининг меланомы: искусственный интеллект, mHealth и теледерматология
Number №3, 2018 год
II Всероссийский форум по телемедицине, цифровизации здравоохранения и медицинскому маркетингу «ТЕЛЕМЕДФОРУМ 2019» Эффективность телемедицинских консультаций «пациент-врач» Телереабилитация: рандомизированное исследование исходов
Number №1-2, 2019
Роль искусственного интеллекта в медицине Информационная система поддержки принятия врачебных решений
Number №1, 2020
Technologies for continuous monitoring of blood pressure: prospects for practical application Telemedicine technologies in the Chinese army
Number №2, 2017
Primary telemedicine consultation "patient-doctor": first systematization of methodology
Number №1, 2017
1. A systematic review of using Internet messengers in telemedicine 2. Telemedicine and social networks in the fight against drug addiction
Number №1, 2016
1. The Experience of the Telehealth Network of Minas Gerais, Brazil 2. The Remote Monitoring of Patients with Congestive Heart Failure:The Organizational Impact..
Number №1, 2015
Teleassessment for diagnosis and treatment in urology Efficiency of telemedicine at the northern regions Russian Federation A.L. Tsaregorodtsev

Remote monitoring of human health and the environment: opportunities and limitations

Number №3, 2022 - page 45-54
DOI: 10.29188/2712-9217-2022-8-3-45-54
For citation: Shaderkin I.A.Remote monitoring of human health and the environment: opportunities and limitations. Russian Journal of Telemedicine and E-Health 2022;8(3)45-54 https://doi.org/10.29188/2712-9217-2022-8-3-45-54
Shaderkin I.A.
Information about authors:
18272
Download PDF

Remote monitoring (RM) of health and environment is a type of telemedicine technologies (TMT) which allows to track selected health and environment indicators, to store this data digitally, to transfer data to physician or other medical staff for an assessment of health condition in order to make a clinical decision.

RM technologies are the new stage of TMT development and, as any other technology, it has positive and negative sides, passes several stages in its development, and finds its indications and contraindications. In this article, we have concentrated on clinical aspects of RM. Many technical and organizational matters remain behind the scenes and require another discussion.

Knowledges about RM will expand and elaborate with the development and formation of this sphere.

On the first stages we can identify RM as a separate technology. But, most likely, eventually this technology will be divided on separated clinical areas, detailed, and implanted in routine clinical practice as its essential part and, thus, with time RM won’t be identified as separate technology. The same evolution was made by blood glucose measurement: from special laboratory test it has become a part of clinical practice for management patients with insulin therapy.

On the stage of formation, focus on special status of this technology is a good tool for stimulating and developing RM as a special sphere. The pilot project from Russian Ministry of Health «Personal medical helper» is an example of it.

Attachment Size
Download 404.07 KB
Keywords: telemedicine; fusion monitoring; remote monitoring