International scientific journal
“Interpretation and researches”
Volume 1 issue 6 (52) | ISSN: 2181-4163 | Impact Factor: 8.2
230
MAIN DIRECTIONS OF DEVELOPMENT OF DIGITAL HEALTHCARE IN
THE REPUBLIC OF UZBEKISTAN
Mitrushova Marina Leonidovna
Associate professor, Tashkent state technical university, Department
of "Industrial economics and management"
Abstract:
The development of digital healthcare is key to improving the quality
of medical care, increasing the availability and efficiency of the healthcare system.
The introduction of digital technologies can reduce the time of diagnosis and
treatment, improve interaction between patients and medical institutions, and increase
the accuracy and safety of medical procedures. This article presents the benefits and
possible negative consequences of the digitalization of healthcare.
Keywords:
digitalization, digital health, main directions, development of digital
health
.
President of Uzbekistan Shavkat Mirziyoyev has repeatedly emphasized the
importance of healthcare digitalization to improve the quality of medical services and
the efficiency of medical institutions. In his Address to the Oliy Majlis in 2020, he
noted that high-speed internet is available in more than 7,000 healthcare, education
and other social institutions, with plans to double this number over the next two
years. He emphasized the need to develop the Digital Uzbekistan 2030 program to
further develop digital technologies in the country.
The development of digital healthcare is a key area that impacts all aspects of
the healthcare system. It covers the introduction of digital technologies to improve
the quality of medical services, healthcare management and increase the availability
of medical care. With the development of technology, new opportunities for
diagnosis, treatment, health monitoring and medical data management appear,
making healthcare more personalized, effective and accessible.
Benefits of digital healthcare.
• Increased accessibility of healthcare.
Digitalization makes healthcare more
accessible, especially for people living in remote areas and those with disabilities.
•
Improved quality of care.
More accurate diagnostics, personalized
recommendations, and timely interventions thanks to digital tools help improve the
quality of healthcare.
•
Reduced costs.
Digital technologies help reduce healthcare costs by
streamlining processes, automating them, and reducing errors.
International scientific journal
“Interpretation and researches”
Volume 1 issue 6 (52) | ISSN: 2181-4163 | Impact Factor: 8.2
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• Timeliness and efficiency.
Accelerated diagnostics, treatment, and data
transfer between institutions help respond more quickly to health threats, such as
pandemics.
• Personalized care.
Using patient data collected through various digital
channels helps create individualized treatment and prevention plans.
Below are the main areas of healthcare digitalization.
1. Electronic medical records (EMR). Electronic medical records allow medical
institutions and doctors to access a patient’s complete medical history in electronic
format. This simplifies the process of diagnosis and treatment, speeds up the
exchange of information between different institutions and specialists, which reduces
the likelihood of errors and increases the accuracy of treatment.
2. Telemedicine. Telemedicine involves the use of digital technologies for
remote consultation with a doctor. With the help of video calls, online consultations
and mobile applications, patients can receive consultations without leaving their
homes. This is especially important for remote regions where access to medical
institutions is limited, as well as during pandemics, when contact with medical
institutions should be minimized.
3. Mobile health apps. Mobile apps are becoming an important tool for people
who care about their health. They allow them to control their physical activity, diet,
monitor their health, receive reminders to take medications, and manage chronic
diseases. Smartphone apps can track data from wearable devices (e.g., heart rate
monitors, smart watches) and provide detailed information about the patient’s
condition.
4. Artificial intelligence and big data. The use of artificial intelligence (AI) and
big data analysis allows us to automate many processes in healthcare, such as medical
image analysis, disease diagnosis, epidemic prediction, and medical resource
planning. AI algorithms can learn from huge amounts of data, identifying patterns
that are difficult for humans to notice, and help doctors make more accurate and
informed decisions.
5. Digital diagnostic technologies. The digitalization of medical equipment and
the introduction of new technologies, such as machine learning for processing
medical images (e.g., X-rays, MRI), allows us to speed up and improve diagnostic
processes. Systems using AI can help doctors diagnose diseases such as cancer, heart
disease and neurological disorders early on with greater accuracy.
6. Wearable technologies.
Wearable devices such as smart watches, fitness
trackers and other gadgets provide the user with constant health monitoring. These
devices can track heart rate, blood pressure, blood sugar levels, sleep quality and
physical activity. Such constant monitoring allows patients and doctors to track
changes in health in real time and take timely measures.
International scientific journal
“Interpretation and researches”
Volume 1 issue 6 (52) | ISSN: 2181-4163 | Impact Factor: 8.2
232
7. Blockchain in healthcare.
Blockchain technology can be used to create
secure and transparent systems for storing and transmitting medical data. Blockchain
ensures that patient information is protected from unauthorized access and changes,
and also helps improve data exchange between medical institutions and patients,
preventing the leakage of confidential information.
Despite its great benefits, digitalization of healthcare can have negative effects.
These include.
Data security and privacy
. Medical information is one of the most
sensitive, and protecting it from cyber threats, leaks and unauthorized access is a
critical task. Misuse or leakage of data can lead to serious consequences for patients.
Digital inequality
. Access to digital technologies in healthcare is not always
the same for everyone. Some regions or certain groups of the population may have
limited access to the Internet and digital platforms.
Interoperability of systems
. Effective use of digital technologies requires
that various medical systems and applications be able to interact with each other,
ensuring continuity of patient care and availability of information.
Training of healthcare workers
. Doctors and medical staff must be trained
in the use of new technologies, which takes time and resources. A lack of qualified
specialists can slow down the implementation of digital solutions in medical practice.
•
Ethical issues. Issues related to the use of AI in medical decision-making,
genetic information, access to patients' personal data require careful consideration
and compliance with ethical standards.
The future of digital healthcare is associated with the expansion of artificial
intelligence and machine learning, the development of personalized medicine, the
improvement of medical data exchange systems, and the further expansion of
telemedicine services. One of the key aspects will be ensuring the availability and
safety of medical technologies for all segments of the population, as well as the
integration of new technologies into existing healthcare systems.
The digitalization of healthcare will continue to develop, providing patients with
new opportunities to control their health, and medical professionals with tools for
more accurate and effective diagnostics and treatment.
The development of digital healthcare is key to improving the quality of medical
care, increasing the accessibility and efficiency of the healthcare system. The
introduction of digital technologies helps reduce the time of diagnosis and treatment,
improve interaction between patients and healthcare institutions, and increase the
accuracy and safety of medical procedures. Elements such as electronic medical
records, telemedicine, artificial intelligence and big data analysis make the service
process more personalized and focused on the patient's needs.
International scientific journal
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Digitalization contributes to more efficient healthcare management, reducing
costs and increasing the sustainability of the system. It also opens up new
opportunities for disease prevention and improving the quality of life at the global
level.
However, the successful implementation of digital healthcare requires
investments in infrastructure, data protection and training of medical professionals. It
is important to ensure equal access to modern medical technologies and address
issues of digital inequality.
Thus, the development of digital healthcare is an integral part of modern
medical progress, contributing to the creation of a more efficient, accessible and
high-quality healthcare system for all.
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