JOURNAL OF NEW CENTURY INNOVATIONS
Volume–78_Issue-3_June-2025
244
244
THE RELEVANCE OF TEACHING MEDICAL INFORMATICS
Sodikova Dilnavoz Kambaraliyevna
Bukhara State Medical institute named after Abu Ali ibn Sino
Abstract:
This article examines the features and relevance of teaching medical
informatics in medical universities, as well as teaching methods of this subject and the
skills and knowledge necessary for specialists in the field of medical informatics.
Keywords:
electronic medical documentation (EMD), telemedicine, medical
information systems, biomedical analytics, medical applications and devices
Medical informatics is a field that combines medicine and computer science to
improve the quality of healthcare, process and analyze medical data, and optimize
medical processes. Here are some areas of application of medical informatics:
Electronic Medical Documentation (EMD): The introduction of electronic medical
records improves the availability and exchange of medical information, reduces errors
and improves the efficiency of medical institutions.
Telemedicine: The use of communication technologies for remote patient
consultation, diagnosis and treatment, which is especially important in remote and
hard-to-reach regions.
Medical Information systems: Development and implementation of specialized
information systems for medical data management, resource planning, and process
optimization in healthcare.
Biomedical analytics: The use of data analysis methods to identify patterns,
predict diseases, optimize treatment, and make decisions in medical practice.
Medical applications and devices: Development of mobile applications and
medical devices for health monitoring, disease diagnosis and improvement of patients'
quality of life.
Data security and confidentiality: Ensuring the protection of medical information
from unauthorized access, leaks and virus attacks, compliance with security and
confidentiality standards.
Medical informatics plays an important role in modern medicine, helping to
improve the quality of medical care, optimize processes and increase the efficiency of
medical institutions.
Teaching medical informatics is highly relevant in the modern world for the
following reasons:
Technology Development in healthcare: With the continuous development of
technologies in medicine, including electronic medical records, telemedicine, medical
JOURNAL OF NEW CENTURY INNOVATIONS
Volume–78_Issue-3_June-2025
245
245
information systems, and biomedical analytics, medical informatics specialists are
becoming more in demand.
Improving the quality of healthcare: Knowledge in the field of medical
informatics makes it possible to optimize healthcare processes, improve the availability
of medical care, reduce errors in diagnosis and treatment, and improve the efficiency
of medical institutions.
The need for professional specialists: Medical informatics specialists play a key
role in the development and implementation of information technologies in medicine,
as well as in ensuring the security and confidentiality of medical information.
Innovation and research: Teaching medical informatics promotes innovation and
research in the field of healthcare, which in turn contributes to the improvement of
methods of diagnosis, treatment and prevention of diseases.
Global health challenges: In the context of global challenges such as the COVID-
19 pandemic, the effective use of information technology in medicine is becoming
especially important to combat crises and provide quality medical care.
Thus, teaching medical informatics is relevant and necessary for the training of
specialists who are able to effectively apply information technology in medical practice
and introduce innovative approaches to improve healthcare.
Medical informatics professionals should have a wide range of skills and
knowledge, including:
Knowledge of medical fundamentals: Understanding the fundamentals of
medicine, terminology, procedures, and principles of medical institutions.
Information technology: In-depth knowledge of information technology,
databases, programming, networking, information security, and other technical
aspects.
Electronic Medical Records (EMR): Understanding the principles of working
with electronic medical records, their implementation, use and security.
Telemedicine: Knowledge of the principles of telemedicine, including remote
counseling, patient monitoring, and the use of technology for exchange of medical
information.
Biomedical analytics: The ability to analyze and interpret medical data using
biomedical analytics methods to identify patterns and improve healthcare processes.
Project Management: Project management skills in the field of medical
informatics, including project planning, coordination, and control.
Communication and collaboration: The ability to communicate effectively with
medical specialists, administration and other healthcare participants for the successful
implementation of projects.
Ethics and Confidentiality: Understanding the ethical aspects of working with
medical information, ensuring data confidentiality, and complying with healthcare
JOURNAL OF NEW CENTURY INNOVATIONS
Volume–78_Issue-3_June-2025
246
246
legislation.
These skills and knowledge enable specialists in the field of medical informatics
to successfully implement information technology in medical practice, optimize
healthcare processes and improve the quality of medical care.
List of used literature:
1.Sodikova D.K., Pedagogical Technology, INTERNATIONAL CONFERENCE ON
SCIENTIFIC RESEARCH IN NATURAL AND SOCIAL SCIENCES,151-153
2.Puzankova L.V., Features of teaching computer science in primary schools
3. Umarov S.H., "Medical equipment and new medical technologies"
4.Sodikova D.K., "Biomedical engineering", Web of Scientists and Scholars 2010-2
5. V.P. Omelchenko, A.A. Demidova. Medical Informatics, 2016
