Department of Medical Informatics and Statistics. Department of Medical Information Systems

The department was created in 2013 on the basis of the Federal Scientific and Clinical Center for Pediatric Hematology, Oncology and Immunology named after. D. Rogachev of the Ministry of Health of the Russian Federation.

Head: Doctor of Medical Sciences, Prof. A.I. Karachunsky, Deputy Director for International and innovation activity FNKTs DGOI im. D. Rogacheva.
The basic department provides educational process at bachelor's, master's and postgraduate levels.

FNKTs DGOI im. D. Rogacheva is the largest center in Europe for the treatment and research of oncological diseases of children and adolescents. This is unique medical institution, where experience and innovation merge. FNKTs DGOI im. D. Rogacheva actively cooperates with regional and federal centers. Under the guidance of leading specialists of the Federal Scientific Center for Children's and Orthopedics named after. D. Rogacheva is developing and implementing effective protocols for the treatment of blood diseases, malignant neoplasms, pathologies of the immune system and other serious diseases childhood. Various products are constantly being improved and developed scientific directions, which significantly improve the survival of children with extremely serious illnesses.

To increase the effectiveness of treatment and organization scientific research at the Federal Scientific Center for DGOI named after. D. Rogachev is actively developing and implementing modern information systems and technologies. When conducting scientific research, specialists in the field of mathematical modeling, data analysis, creation and application of medical information systems are involved.

Contacts

Address of the Federal Scientific and Clinical Center for Children's Orthopedics named after. D. Rogacheva: Moscow, Samory Mashela St., 1. Phones:
(+7 495) 287-65-70 ext. 5588 - head of department,
(+7 495) 287-65-70 ext. 6988 - deputy head.
Internet address: www.fnkc.ru.

Educational activities

The department offers training for students in bachelor's (professions) and master's programs (master's programs).

Direction of bachelor's training 230400.62 "Information systems and technologies", profile "Information technologies in healthcare" (Faculty of Information Technologies)

Basic training in mathematics, computer science, technologies for the development and implementation of information systems. The profile allows you to study the basics of medical informatics with an emphasis on optimizing processes in healthcare and providing high-tech medical care. Particular attention will be paid to the features of the development of medical information systems, the context of their implementation and use: normative base in the field of healthcare, information security requirements, conditions of modern clinical centers, Newest technologies integration of medical systems.

Direction of bachelor's training 010400.62 “Applied mathematics and computer science”, profile “Mathematical methods in healthcare” (Faculty of Cybernetics)

In-depth training in mathematics, including methods of mathematical modeling and data analysis.

Basic training in the field of computer science, technologies for the development and implementation of information systems. In-depth training in mathematics, including mathematical modeling, additional. heads of statistics, data analysis. The profile allows you to study the basics of medical informatics with an emphasis on clinical informatics and conducting clinical trials of various types. Particular attention will be paid to evidence-based medicine, data accumulated in the field of healthcare, requirements for the analysis of clinical research data and the mathematical apparatus used in this case.

Master's program "Medical Information Systems" in the direction 230400.68 "Information Systems and Technologies" (Faculty of Information Technologies)

Training highly sought-after specialists in optimization and automation of processes in healthcare. Using international best practices, clinical professionals and their colleagues in the field of health information systems will read the necessary disciplines in modern technologies information support for the activities of healthcare institutions ( nursinginformatics nursing informatics and related areas.

Master's program "Support and analysis of clinical research results" in the direction 010400.68 "Applied mathematics and computer science" (Faculty of Cybernetics)

Training highly sought-after specialists in information support for clinical trials of any level. Using the experience of conducting multicenter clinical trials in the field of pediatric oncology, clinical researchers from the Federal Scientific Research Center and their foreign partners will read the necessary disciplines in evidence-based medicine, medical statistics, planning, conducting and analyzing the results of clinical trials, modern technologies for information support of clinical activities ( clinicalinformatics). On the basis of the Federal Scientific Center for DGOI named after. D. Rogachev and other partner centers will undergo research practice and prepare a master's thesis on open problems clinical informatics and related areas.

Scientific activity

The department is conducting research related to the profile of the activities of the Federal Scientific and Clinical Center for Children's and Orthopedics. The main emphasis is on the methodology and methods of evidence-based medicine, international multicenter clinical trials, medical statistics, new diagnostic methods, bone marrow transplantation, and translational medicine. In this case, modern mathematical models and methods implemented in large software systems are used. Own fleet of diagnostic equipment and data processing center of the Federal Scientific Research Center DGOI named after. D. Rogacheva allows you to solve problems of any complexity in the field of oncology and immunology.

Partners

The leading partners of the department are:

• Russian and foreign IT companies working on the creation of a comprehensive information system of the Federal Scientific Center for DGOI named after. D. Rogacheva: IBM, IBS, 1C, Bell Integrator, Communication and telemechanics systems, Corus IT consulting, etc.;
• Russian oncology and rehabilitation centers;
• European clinical centers: Charite (Germany), Medical University Berlin and others

Teaching Staff

Classes at the department are taught by specialists from the Federal Scientific Center for Children's Orthopedics and Orthopedics named after. D. Rogacheva in clinical and research activities (MD, Prof. A.I. Karachunsky, MD, A.F. Karelin, MD, Prof. M.A. . Maschan), specialists in the field of information technology (Ph.D., Associate Professor A.A. Neznanov, A.V. Pavlyuk, I.V. Aschenbrenner), foreign partners (Prof. Dr. Gunter Henze, Medical University Berlin).

Knowledge and skills acquired by students

• Understanding the tasks and problems of healthcare IT support.
• Orientation in the current legal field, knowledge of basic standards for healthcare IT support.
• Ability to evaluate and select tools available in the healthcare software and hardware market.
• Skills in describing business processes in a complex, poorly formalized area of ​​medical informatics.
• Knowledge required to deploy, configure, and operate health information systems.
• Experience in participating in clinical trials and ability to process their results.

Readable disciplines

• Analysis and optimization of business processes
• Medical information systems
• Mathematical methods for planning and processing clinical results
• Telecommunications and collaborative technologies
• Outsourcing of medical information technologies
• Security of information systems operation
• Legal and social aspects of medical informatics

• Methodological foundations of medical informatics
• Designing user experience for medical information systems
• Clinical informatics
• Mathematical support for clinical research
• Methods and software for data mining
• Organization of multicenter clinical trials
• Information support for multicenter clinical trials
• Data storage and information security
• Mathematical models of pattern recognition

Student practices

• Research practice
• Internship

Admission to Bachelor's Degree

Direction 230400.62 “Information systems and technologies”, profile “Information technologies in healthcare”

• Entrance tests(Unified State Examination): mathematics, physics, Russian language.

Faculty of Cybernetics
Direction 010400.62 " Applied Mathematics and computer science", profile "Mathematical methods in healthcare"

• Entrance tests (USE): mathematics, computer science, Russian language.

Admission to the Master's program

Faculty of Information Technologies
Master Program“Medical information systems” direction 230400.68 “Information systems and technologies”
Faculty of Cybernetics
Master's program "Support and analysis of clinical research results" direction 010400.68 "Applied mathematics and computer science"
Entrance tests: mathematics (written), English language(qualifying).

Admission to graduate school

Specialties:

• 05.13.11 - “Mathematical and software for computers, complexes and computer networks”
• 05.13.18 - " Math modeling, numerical methods and program complexes"

Entrance tests: philosophy, foreign language, speciality.

Assignments on the topic: “Text editor MS Word”

TEXT FORMATTING.

Use the MS Word help system.

See help: http://office.microsoft.com/ru-ru/word-help. Examples of search queries: hidden characters, search and replace, etc.

Save each task in a separate fileindicating the topic of the task and the surname of the performer in the file name. Don't forget to save changes to the file while do not close the program window– this is necessary to save the history of your actions and check the assignment by the teacher.

Exercise 1.

Cm. Annex 1

Copy the text from Appendix 1 (below) into a new document while maintaining the original formatting!

You need to remove incorrect text formatting.

Turn on show all signs(pi sign): tab home, group paragraph. Review the text, looking for any incorrect formatting.

Select all text. Do not deselect until otherwise advised.

Install the font – Times New Roman, black, size 14.

For the following operations use the command Replace(tab home, group edit - replace - more - special).

Replace non-printing character "line break" on "paragraph mark"

· tabs- replace "tab character" for nothing, i.e. leave the "replace with" field empty,

· transfers- replace "soft transfer" for nothing

· non-breaking spaces and multiple spaces- replace "empty spaces" one space.

We remove leading and trailing paragraph spaces(replace combinations of the “pi” sign with a space with the “pi” sign):

· first replacement – "paragraph mark"+space on "paragraph mark",

· second replacement – ​​space+ "paragraph mark" on "paragraph mark".

To get rid of empty paragraphs, perform multiple replacements: two paragraph marks for one (until there are no replacements left).

Now you can remove the selection

The task was prepared by Art. teacher Gevorkyan R.N..

Annex 1

New data

Today it is known that the specific signs of GC in most patients are either weakly expressed or absent altogether. There are a number of published data on cases of GC that were clinically presented only with hypertension and/or diabetes mellitus (DM). Thus, like a number of other diseases, GC has transformed from a clinically obvious disease to a clinically hidden one. In our opinion, the study of cases with mild clinical manifestations is of unconditional interest.
Most studies aimed at determining the prevalence of clinically occult GC in specific populations have been conducted among patients with type 2 diabetes (T2DM). In the literature available to us, we found about 20 studies devoted to screening for latent HA in patients with T2DM. However, a number of them contained fundamental methodological errors, so we did not take them into account in further analysis. Thus, 7 studies can be distinguished (Table 1). Despite the different designs, they are united by the main criterion for inclusion in the study - the absence of specific clinical signs of GC in patients with T2DM.
In 2003, B. Catargi et al. A prospective study was conducted on 200 obese patients with T2DM hospitalized due to poor compensation of carbohydrate metabolism (HbA1c>8%). According to a thorough physical examination, no patient showed specific signs of GC. At the first stage of the study, a suppression test with 1 mg of dexamethasone (STD) was performed. The purpose of the second stage was to confirm hypersecretion of cortisol, determine the level of ACTH, circadianity of cortisol secretion, free cortisol in daily urine, nighttime cortisol, STD 4 mg. Patients who had at least one abnormal test result underwent imaging studies. In total, the incidence of GC without specific signs in this study was 5.5%.
I. Chiodini et al. conducted a study among 294 hospitalized patients with T2DM over 30 years of age. This study included a control group of nondiabetic patients matched for age and body mass index (BMI) hospitalized during the same period. The prevalence of clinically occult HA in patients with diabetes was 9.4% and was 4.8 times higher than in the control group. Similarly, G. Leibowitz et al. screened for clinically hidden HA among 90 patients with poorly compensated T2DM (HbA1c>8%) and overweight. The prevalence of clinically occult HA in this study was 3.3%. In another study, BG screening was performed in 100 patients with newly diagnosed T2DM. Neither obesity nor poor diabetes compensation were taken into account. The prevalence of clinically occult GC in this group was 1.0%.
It is worth noting that there are studies with negative results, that is, those in which the prevalence of GC was equal to 0.0%. For example, screening for clinically occult HA in 154 elderly men (over 65 years of age) with T2DM by measuring salivary cortisol at 11 p.m. did not identify a single case. Also in the study by K. Mullan et al. not a single case of clinically hidden HA was identified among 201 patients with diabetes who had at least 2 out of 3 criteria: HbA1c>7%, BMI>25 kg/m2, hypertension.
Thus, the prevalence of clinically hidden HA in the population of patients with T2DM, according to the above data, varies from 0.0 to 9.4%. According to a meta-analysis of studies conducted by A. Tabarin, the prevalence of latent HA is 1.98% (95% CI 0.00–5.25). However, given that prevalence values ​​were statistically different across studies (p<0,0001), полученная цифра 1,98% не отражает истинную картину .
It should be clarified that the final diagnosis of clinically hidden GC requires the development of hypocortisolism after surgery and histological examination of a remote pituitary or adrenal formation. However, only 24% of diabetic patients with suspected clinically occult GC underwent surgery. It is likely that in some cases there was overdiagnosis of clinically hidden GC. But even if we consider only patients in whom the diagnosis of clinically latent GC was confirmed through the development of hypocortisolism after surgery and histological examination, the prevalence of clinically latent GC varies from 0.0 to 3.3%. The differences between study prevalence values ​​were not statistically significant (p=0.71). This implies that the prevalence based on the pooled estimate is 1.11% (95% CI 0.11–2.10). Taking into account the prevalence of T2DM in the world, the resulting figure in absolute value turns out to be huge.
Thus, it can be assumed that by basing screening on the presence of specific symptoms of GC, many patients with GC may be missed by physicians.

Tests used

To exclude GC, the following methods are currently used as screening tests: determination of free cortisol in 24-hour urine, STD 1 mg and determination of free cortisol in saliva measured at 23.00. The last two tests are also used to screen for clinically occult GC. Regardless of which test is preferred, there are a number of factors that affect the accuracy, reproducibility, sensitivity and specificity of the test.

Impact of diabetes

As is known, stress and hypoglycemia are the most powerful stimuli for activation of the hypothalamic-pituitary-adrenal axis. Accordingly, when screening for poorly controlled diabetes, a large number of false-positive results may be obtained.

Data from several studies suggest that diabetes and its complications (hypertension, neuropathy, microangiopathy) are associated with functional activation of the hypothalamic-pituitary-adrenal axis. In addition, H. Liu et al. showed that age, diabetes, and hypertension were independently associated with increased evening salivary cortisol levels.

Conclusion

Summarizing all the points necessary for screening, we can conclude that today there are not enough arguments for introducing systemic screening for clinically latent GC in patients with T2DM.

However, it must be said that studies aimed at screening for clinically occult GC in specific populations are certainly needed, primarily in order to reveal its true prevalence, which is likely higher than previously thought. A number of questions have already been raised that cannot be ignored. For example, does this condition have increased morbidity and mortality? Is it responsible, at least in part, for metabolic disorders in patients? Will there be a benefit from surgical treatment in terms of morbidity and cost compared to pharmacological treatment? Of course, all this requires serious large-scale controlled randomized studies.

And yet, while we await the results of such studies, clinicians can clearly be advised to be more vigilant and clinically wary of GCs in patients with diabetes.

http://dmjournal.ru/ru/articles/catalog/2012_4/2012_4_95

Department of Medical Informatics MGMSU

Head of the department

Doctor of Medical Sciences, Professor, Honored Doctor of the Russian Federation

Kudrina Valentina Grigorievna

Manager educational part

Candidate of Medical Sciences, Associate Professor

Goncharova Olga Valentinovna

125445, Moscow, st. Belomorskaya, 19/38

Full name	Academic degree	Academic title	Job title
KUDRINA Valentina Grigorievna	Doctor of Medical Sciences	Professor, Honored Doctor of the Russian Federation	head of department
In 1973, she graduated from the Sanitary and Hygienic Faculty of the 1st Moscow Medical Institute. THEM. Sechenov. In 1996, he was awarded the academic title of professor in the specialty “Social Hygiene and Healthcare Organization”. In 1982 she defended her candidate's dissertation and in 1993 her doctorate. At the department since 1997, he leads sections of healthcare organization, quality management of medical care, management in healthcare, information technology in healthcare. Kudrina Valentina Grigorievna, born in Moscow. Graduated from the I MMI named after. THEM. Sechenov. Since the 80s, scientific activity has been associated with the problem of healthcare informatization. V.G. Kudrina developed this direction at the NPO “Medsotseconominform” of the Ministry of Health of the Russian Federation (1990-1997), working as a scientific secretary, then as deputy director of the NPO and head of the computer-analytical center for scientific medical research. The development of IT and expert procedures is the subject of his doctoral dissertation “Assessing the quality of research in the management of medical science” (1993). Since 1997, he has been working at the RMAPO (now RMANPO), head of the department of medical statistics and informatics, Doctor of Medical Sciences, professor, Honored Doctor of the Russian Federation (since 1996), academician of the International Academy of Informatization, member of the "Russian Society for Healthcare Organization and Public Health" . He is a member of the expert council of the Ministry of Health of the Russian Federation on the use of IT in the field of health care, a member of the teaching and learning committee on public health and healthcare of educational educational institutions of Russian universities, a member of the dissertation council on public health and healthcare at the Central Scientific Research Institute of Public Health of the Ministry of Health of the Russian Federation, and a member of the expert group in the specialty “health care organization and public health” » Central Certification Commission of the Ministry of Health of the Russian Federation. Member of the editorial board of the journals “Public Health and Healthcare”, “Medical Bulletin of the Ministry of Internal Affairs”. Publications include: - Kudrina, V.G. Methodological and technological foundations of informatization of professional postgraduate medical education / V.G. Kudrina, T.V. Andreeva, S.S. Soshnikov // Chapter 16 in the monograph “Strategy of Informatization of Medicine”. – M.: Moment. – 2012. – P.369-385. Kudrina, V.G. The effectiveness of training medical workers in information technologies / V.G. Kudrina, Andreeva T.V., Dzeranova N.G. / M.: Publishing House “Healthcare Manager”, 2013. – 248 p. Kudrina, V.G. Current level of innovative development of postgraduate medical education and its prospects / V.G. Kudrina, T.V. Andreeva, D.O. Sapralieva // Public health and healthcare. – 2014. - No. 3. – pp. 50-54. Sapralieva D.O. Experience of indicative planning in regional healthcare: monograph / D.O. Sapralieva, V.G. Kudrina, T.V. Andreeva / M.: Publishing House "Healthcare Manager", 2015. - 216 p. Kudrina, V.G. Theory and practice of indicative planning in healthcare / V.G. Kudrina, D.O. Sapralieva // Healthcare of the Russian Federation. – 2016. – Volume 60 (2). – P. 60-65. Kudrina, V.G. Project approach to solving current healthcare problems / V.G. Kudrina, S.G. Komarov, O.V. Goncharova // Problems of urban healthcare. – Issue 21: Collection of scientific papers / Ed. z.d.n. Russian Federation, Doctor of Medical Sciences, prof. N.I. Vishnyakova. – St. Petersburg, 2016. – pp. 53-57. Kudrina, V.G. Modern aspects of the organization of medical care in the Russian Federation / V.G. Kudrina // Medical Bulletin of the Ministry of Internal Affairs. Scientific and practical journal. – M., 2017. – Volume LXXXIX. - No. 4. – P. 2-5. Kudrina, V.G. Information guidelines for the development of a system of targeted training of medical workers / V.G. Kudrina, T.V. Andreeva, S.G. Komarov, P.S. Ekazheva // Doctor and information Technology. Scientific and practical journal. – M., 2017. - No. 3. – P. 121-127. Kudrina, V.G. Theoretical and practical issues of medical statistics in reforming the healthcare system / V.G. Kudrina, A.V. Pogonin, S.G. Komarov, O.V. Goncharova // Mental health. – 2017. - No. 9. – pp. 11-17.
GONCHAROVA Olga Valentinovna	Candidate of Medical Sciences	assistant professor	assistant professor
Head of the educational department. In 1994 she graduated from the sanitary and hygienic faculty of the 1st Moscow Medical Institute. THEM. Sechenov. In 2000 she defended her Ph.D. thesis. PP in the specialty “Healthcare Organization and Public Health”. Author of more than 50 publications. At the department since 2001, he leads sections on the examination of the quality of medical care, standardization and coding in healthcare, ICD-10, and analysis of the activities of health care facilities.
KHALYASTOV Igor Nikolaevich	Doctor of Medical Sciences		Professor
In 1985 he graduated from the medical and preventive faculty of the Kuibyshev Medical Institute named after. DI. Ulyanov. In 2001 he defended his candidate's dissertation and in 2009 his doctorate. Author of more than 50 publications. He has been teaching at the department since 2012, leading sections on the organization of clinical expert work and quality management of medical care.
SHAMSHURINA Nina Grigorievna	Doctor of Economic Sciences	Professor	Professor
In 1982 she graduated from the Moscow Financial Institute. In 1982 she defended her candidate's dissertation and in 2002 her doctorate. In 2015, she completed the professional retraining program “Higher School Teacher” (288 hours) at the First Moscow State Medical University named after I.M. Sechenov" Author of more than 130 publications. At the department since 2011, he leads sections of health care economics, statistical assessment of economic decisions, and economic statistics in health care.
BERSENEVA Evgenia Aleksandrovna	Doctor of Medical Sciences	assistant professor	Professor
In 1997 she graduated from the Russian State Medical University. In 1999 she defended her candidate's dissertation, and in 2006 she defended her doctoral dissertation. Author of more than 160 publications. Has 15 Rospatent certificates . At the department since 2014, he leads sections on information technology in healthcare, medical and biological statistics, and information security in medical organizations.
KARIMOVA Dania Yusufovna	Doctor of Medical Sciences	Professor, Honored Doctor of the Russian Federation	Professor
In 1970 she graduated from the pediatric faculty of the Kazan State Institute. S.V. Kurashova. In 2007 she graduated from the Moscow Institute of Jurisprudence. In 1980 she defended her candidate's dissertation and in 1991 her doctorate. Author of more than 100 publications. At the department since 2003, he leads sections on the legal aspects of healthcare management and analytical analysis of legal decisions.
ANDREEVA Tatyana Vadimovna	Candidate of Pedagogical Sciences	assistant professor	assistant professor
In 1995 she graduated from the Moscow State University of Culture with a degree in information systems in the socio-cultural sphere. Completed a refresher course for teachers of higher educational institutions in the amount of 588 hours in the specialty: “Pedagogy and psychology of higher education. Methods of teaching automated data processing technology” and postgraduate studies at the Department of Pedagogy and Psychology of the Moscow State Medical and Dental University. In 2003, she defended her Ph.D. thesis on the topic “New pedagogical approaches in training healthcare workers in the basics of computer science.” Author of more than 60 publications. Passed certification in software products. He has been teaching at the department since 2001, teaching sections on the practical implementation of information technologies, information and computer training of healthcare specialists. Curator of advanced training cycles “Issues of computerization in healthcare institutions” and “Planning and statistical analysis of research results.”
LIPATOVA Elena Lvovna	Candidate of Medical Sciences	assistant professor	assistant professor
In 1979 she graduated from the sanitary and hygienic faculty of the 1st Moscow Medical Institute. THEM. Sechenov. In 1999 she defended her Ph.D. thesis. PP in the specialty “Healthcare Organization and Public Health”. Author of more than 50 publications. At the department since 1989, he leads sections on demography, population health analysis, health insurance, planning and statistical analysis of research results, expert assessments in healthcare, management in healthcare.
SAVOSTINA Elena Anatolyevna	Doctor of Medical Sciences		assistant professor
In 1980 she graduated from the medical faculty of the 1st Moscow Medical Institute. THEM. Sechenov. In 1991 she defended her candidate's dissertation and in 2006 her doctorate. He has been teaching at the department since 2006, his topics include working with personal data, development and implementation of regional information programs and medical information systems.
SHCHELYKALINA Svetlana Pavlovna	Candidate of Medical Sciences		assistant professor
In 2009, she graduated with honors from the Russian State Medical University. N.I. Pirogov Roszdrav with a degree in Medical Cybernetics. In 2012, she graduated from graduate school in the specialty 01/03/09 - “Mathematical biology and bioinformatics” at the State Budgetary Educational Institution of Higher Professional Education “Russian National Research Medical University named after. N.I. Pirogov" of the Russian Ministry of Health. In 2013 she defended her PhD thesis in specialty 01/03/09 - mathematical biology and bioinformatics. In 2013 took an exclusive course on STATISTICA Automated Neural Networks. In 2014, she completed advanced training in the “Knowledge Engineering and Visual Analytical Thinking” program at the St. Petersburg State University. In 2016, she completed training at the Volga Region State Technological University on “Current issues of commercialization of scientific results.” At the department since 2015, he conducts seminars on processing and statistical analysis of the results of medical and biomedical research, methods of statistical analysis in assessing the activities of medical organizations.
ZAICHENKO Natalia Mikhailovna			Senior Lecturer
Graduated from the Moscow Economic and Statistical Institute. He has been teaching at the department since 2000, leading sections on analyzing the activities of health care facilities, rules for maintaining statistical documentation, accounting and reporting in health care facilities.
KOMAROV Sergei Georgievich	Candidate of Medical Sciences		Associate Professor of the Department
In 2002 he graduated from the State Medical and Dental University with a degree in General Medicine. In 2009, he defended his dissertation for the degree of Candidate of Medical Sciences. She has been teaching at the department since 2017, leading sections on analyzing the activities of medical institutions, medical statistics and measures to implement the Moscow polyclinic standard.

The Department of Medical Statistics and Informatics was organized in 1945 as the Department of Health Statistics. Until 1949, it was headed by a famous scientist - Professor A.M. Merkov. At that time, the department carried out the specialization of doctors working in the newly organized medical statistics offices of medical institutions. This was the period of formation of the country's sanitary and statistical service, reform of statistical accounting and reporting. The department conducted the country's first cycle of doctors - heads of sanitary statistics of republics and regions.

In 1949, the department was merged with the department of social hygiene and healthcare organization. The department taught a course on medical statistics, led by Professor I.S. Sluchanko.

In connection with the creation of the Faculty of International Health and the reorganization of the Department of Social Hygiene and Healthcare Organization, by order of TsOLIUv dated 02/01/1973, the Department of Medical Statistics and Demography was created, the head of which was appointed by a professor, later a corresponding member. INJURED. Shigan. Under his leadership, in 1978 the department was named the Department of Medical Statistics and Cybernetics. From 1996 to 1998, the department was headed by Professor V.P. Nevzorov.

From 1998 to the present, he has been heading the department, which was renamed the Department of Medical Statistics and Informatics, Doctor of Medical Sciences, Professor, Honored Doctor of the Russian Federation V.G. Kudrina.

For a long time the following people worked at the department: Doctor of Medical Sciences. Professor I.S. Sluchanko, Ph.D. Associate Professor S.V. Ivanov, Ph.D. Associate Professor V.P. Stonogina, Ph.D. Associate Professor E.G. Fedorov.

Currently, the department employs 4 professors and 5 associate professors, who are constantly improving their qualifications in the field of healthcare organization, medical statistics and computer science, legal and economic aspects.

The department systematically provides assistance to practical health authorities in analyzing and assessing the activities of its services. Over the years, the department has supervised international WHO courses, as well as international cycles on management and informatization, being a WHO collaborating center for systems analysis, statistics, modeling and forecasting in health care.

Employees of the department are regular participants in all-Russian and regional forums on medical statistics, computer science, trainings on innovative forms of education, participate in the development of regulatory documents, expert work, in particular, in the preparation of reviews on postgraduate and additional training programs vocational education.

Training at the department is organized in the form of lectures, seminars, educational conferences, practical classes, trainings, master classes, including at health care facilities. The department has created a computer class in which a course is taught on computer training for healthcare workers, and the professional skills of users of industry information systems are improved. The department's curriculum is constantly being improved depending on the needs of practical healthcare and medical science.

The main direction of the department’s work is higher education and additional education of health care organizers, employees of MIAC and the Bureau of Medical Statistics, thematic improvement in clinical expert activities, analysis of the activities of medical organizations. A special group includes training of teachers and researchers in medical statistics and work in the modern information environment.
Every year, the department trains about 250 specialists from federal-level organizations, as well as from regions, services and departments, and individual medical organizations in Russia. Over the years of work of the department, a circle of students has developed and is constantly expanding, coming to study 4-5 times to confirm a specialist certificate or undergo training in newly opened professional development cycles.

The department conducts the following cycles:

professional retraining of doctors in the specialty “Healthcare Organization and Public Health” (576 hours)

professional retraining of medical workers with secondary medical education in the specialty “Medical Statistics” (288 hours)

advanced training for doctors in the specialty “Healthcare Organization and Public Health” (144 hours), advanced training in “Analysis of activities and assessment of the quality of medical care in health care facilities” (144 hours),

advanced training of medical workers with secondary medical education “Modern medical statistics and computerization issues” (144 hours),

PC “International Classification of Diseases – 10” (72 hours),

PC “Issues of computerization in healthcare institutions” (72 hours),

“Organizational and methodological measures in healthcare institutions to reduce morbidity and mortality of the population” (72 hours),

“Rules for issuing a “Medical Certificate of Death”, selection and coding of the underlying causes of death in accordance with ICD-10” (72 hours).

In connection with the licensing of medical organizations of various forms of ownership, organizational, legal and departmental affiliation, the department has developed, approved and implemented professional development cycles: “Examination of temporary disability and examination of the quality of medical care” (144 hours)

As part of the educational program for training researchers and university teachers, training is conducted annually on the topic “Planning and statistical analysis of research results” (144 hours).

Form of conducting cycles: full-time, full-time-remote and away.

To master practical organizational skills within the framework of educational cycles, the department has developed simulation tasks in the section “Medical statistics. Information and communication technologies in healthcare,” which form the basic competencies of organizational specialists.

The training program can be adapted to specific needs professional activity students by changing the time for mastering the relevant modules and developing “custom-made” training programs for practical healthcare with the inclusion of distance learning blocks.

Students who have completed the advanced training program and successfully passed the final certification or state (final) certification receive a state document on additional professional education depending on the number of training hours - a diploma of professional retraining, a specialist certificate and/or a certificate of advanced training.

The main directions of scientific work at the department:

Scientific substantiation of innovative approaches to informatization for continuing professional medical education.

Scientific substantiation of the information vector of higher and additional professional medical education.

Development and implementation of modern information and telecommunication technologies in the training, retraining and advanced training of doctors and nursing staff.

Development and implementation of a new generation of “activated” educational and testing material for in-depth training of medical statisticians and paramedical statisticians.

Development of applied training courses for computer training of doctors and nursing staff.

Development of paper and electronic educational materials with the ability to quickly update content and interactive use.

The scientific topic being developed at the department - “Assessing the effectiveness of training medical workers in information technology” is included in the industry research program “Postgraduate education of medical personnel”, state registration number 01200216501.

Results of scientific research and educational innovations:

presented at International, National, All-Russian and regional forums in the city. Moscow, St. Petersburg, Izhevsk, Nizhny Novgorod, Ufa, Ulan-Ude, Togliatti;

reflected in the monographs “Improving the information base of the professional activity of a medical specialist” (V.G. Kudrina et al., Moscow-Togliatti, 2002, 352 pp.); “Fundamental principles of clinical epidemiology” (V.G. Kudrina et al., Moscow-Saratov, 2004, 413 pp.); “Ophthalmological service in the context of healthcare reform” (Under the scientific editorship of Academician of the Russian Academy of Sciences, Professor L.K. Moshetova. Tyumen, 2005, 256 pp.);

published in more than 110 printed works, reflected in 7 educational and methodological manuals, leading journals “Problems of standardization in healthcare” (2000, No. 1; 2003 No. 5), “Human Ecology” (2000, No. 4; 2001, No. 2) , “Russian Medical News” (2001, No. 1), “Information Technologies in Healthcare” (2001, No. 6-7), “Chief Physician” (2003, No. 4), “Problems of Healthcare Management” (2004, No. 6; 2007, No. 5), “Omsk Scientific Bulletin” (2004, Issue 28), “Doctor and Information Technologies” (2007, No. 4; 2008 No. 5; 2011 No. 6; 2017 No. 3), “Medical Bulletin of the Ministry of Internal Affairs” ( 2014, No. 3; 2017, No. 4,5,6), “Healthcare Manager” (2012 No. 1), “Kuban Scientific Bulletin” (2008, No. 1-2), “Public Health and Healthcare” (2014, No. 3 ), “Healthcare of the Russian Federation” (2016, Volume 60 (2), “Mental Health” (2017, No. 5, 9).

The results of the scientific activities of the department are taken into account in materials on the modernization of the healthcare industry, as well as departmental services of railway transport, the Ministry of Internal Affairs of the Russian Federation and the gas industry.

The greatest activity of the department was noted in events on the problems of developing the information vector in healthcare and in postgraduate professional medical education:

Russian scientific forums "MedComTech" (2003, 2004).

All-Russian scientific and practical conference “Information technologies in the system of modernization of healthcare” (2005).

International conferences “Information technologies and society” (2006, 2007, 2009, 2010).

International Forum “Information Technologies in Management” (Nizhny Novgorod, 2008).

Annual international congresses and exhibitions “Information technologies in medicine” (2008-2017)

All-Russian conference with international participation “Medical education” (2012-2017), etc.

Documented in RosPatent certificates of official registration of computer programs (2001, 2003, 2005).

RosPatent certificate No. 2003620232 dated October 20, 2003 registered the copyright for the “Database test tasks to control the knowledge of healthcare workers in the postgraduate education system" (Auth.: L.K. Moshetova, V.G. Kudrina, etc.).

The problems of the development of information technologies and expert procedures, the development of medical statistics, are devoted to the defense of V.G. Kudrina in 1993, doctoral dissertation on the topic “Assessing the quality of research in the management of medical science.” She substantiated the scientific and technological approach to the creation of information technologies in healthcare, which she successfully implemented, including in the dissertations of her students - 5 doctors and 29 candidates of medical sciences defended themselves in almost all areas of activity - management, medical care, science, education.

Research was carried out as part of the preparation for the period 2000-2013. doctoral dissertations (N.A. Konovalova, 2000; A.S. Shkoda, 2005; T.Yu. Gracheva, 2006; S.V. Zubov, 2006; K.I. Popandopulo, 2008) and candidate’s dissertations, including full-time and correspondence graduate students of the department B.S. Budaev, 2001; N.N. Ivashchenko, 2004; T.L. Makarova, 2010; N.G. Dzeranova, 2013; D.O. Sapralieva, 2014; V.A. Pozdnyakov, 2015.

Training at the department is carried out on a modular basis based on an educational and methodological complex, including programs for higher and additional education of doctors in the field of “Organization of healthcare and public health”, preliminary, current, intermediate control of knowledge, final certification or final state certification in the form of a test/ exam and/or defense of final qualifying work.

The programs were developed in accordance with new legal and regulatory documents: Federal Law-273 dated December 29, 2012 “On Education in the Russian Federation”, Order of the Ministry of Health of the Russian Federation No. 66n dated August 3, 2012 “On approval of the procedure and timing for improving professional knowledge and skills through training in additional professional educational programs in educational and scientific organizations", Order of the Ministry of Education and Science of the Russian Federation No. 499 dated 07/01/2013 "On approval of the Procedure for organizing and implementing educational activities in additional professional programs", Orders of the Ministry of Labor of the Russian Federation No. 293n dated 03/21/2017 No. 293 “On approval of the professional standard “Physician (precinct physician)”, No. 768n dated 07.11.2017 “On approval of the professional standard “Specialist in the field of healthcare organization and public health”, as well as in accordance with the package of documents regulating higher education .

Currently the following are used in the educational process:

Educational and methodological manual “Analysis of the activities of medical institutions” / Author: V.G. Kudrina, O.V. Goncharova, E.L. Lipatova. – M., 2010. – 43 p. (the manual is updated annually on electronic media)

Educational and methodological manual “Assessing the quality of medical care in medical institutions” / Author: V.G. Kudrina, O.V. Goncharova. – M., 2017. – 50 p.

Educational and methodological manual “Expert assessments in healthcare” / Author: V.G. Kudrina, E.L. Lipatova, O.V. Goncharova. – M., 2010. – 38 p. (the manual is updated annually on electronic media)

Educational and methodological manual “Application of the international classification of diseases and health-related problems, tenth revision (ICD-10) in the practical work of medical institutions” / Author: V.G. Kudrina, O.V. Goncharova, E.L. Lipatova. – M., 2010. – 51 p. (the manual is updated annually on electronic media)

Control and measurement materials on “Healthcare Organization and Public Health” for current and intermediate control are supplemented with “Test tasks on medical statistics and informatics” / Author: V.G. Kudrina, T.V. Andreeva, O.V. Goncharova, E.L. Lipatova. – M., 2010. – 280 p.

All educational and methodological materials are updated and used in the form of electronic educational resources (EER).
Internet resources “Sources of data on international and national medical and social statistics and scientific publications in remote databases” are used as remote technologies / Compiled and moderated by V.G. Kudrina and S.S. Soshnikov.
Educational and methodological materials accompanying the educational process at the department are updated depending on the curriculum and requests of students.

1. Materials from the website of the Ministry of Health of Russia (access mode) - http://www:rosminzdrav.ru.
2. Bondareva I.B., Sergienko V.I. Mathematical statistics in clinical research: a practical guide. - M: GEOTAR-Media, 2006. - 304 p.
3. Weissman D.Sh. Use of the international classification of diseases in medical practice: monograph. – Tula: Grif i K, 2007. – 152 p.
4. Vlasov V.V. Introduction to evidence-based medicine. - M., “Mediasphere”, 2008. - 460 p.
5. Gagarinov A.V. Legal foundations of healthcare: Textbook for universities. - M: Academy, 2006. – 192 p.
6. Glanz S. Medical and biological statistics: Transl. from English – M., Praktika, 1998. – 459 p.

Informatics and medical statistics / Ed. G.N. Tsarik. – M.: GEOTAR-Media, 2017. – 304 p.

7. Kucherenko V.Z. Application of statistical analysis methods to the study of public health and healthcare. Tutorial. - M: GEOTAR-Media, 2011. – 256 p.
8. Aviva Petrie, Caroline Sabin. Visual medical statistics: Trans. from English edited by V.P. Leonova. – 2nd ed., revised and expanded. – M.: Publishing group “GEOTAR-Media”, 2009. – 168 p.
9. Lisitsyn Yu.P. Public health and healthcare: Textbook. - M.: GEOTAR-Media, 2010. – 512 p.
10. Medic V.A., Yuryev V.K. Public health and healthcare: Textbook. - M.: GEOTAR-Media, 2010. – 288 p.
11. International Statistical Classification of Diseases and Related Health Problems (ICD-10). – WHO, Geneva. – T.1. – Part 1. – 698 pp.: T.1. – Part 2. – 633 pp.: T2. – 179 pp.: T.3. – 923 p.
12. Public health and healthcare: National leadership edited by V.I. Starodubov, O.I. Shchepin and others - M: “GEOTAR-Media”, 2013. - 624 p.
13. Public health and healthcare: Textbook / Author: O.P. Shchepin, V.A. Medic. - M: “GEOTAR-Media”, 2011. - 592 s.
14. Polunina N.V. Public health and healthcare: Textbook. - M.: Publishing house “Medical Information Agency”, 2010. – 544 p.
15. Decree of the Government of the Russian Federation dated April 15, 2014. No. 294 “State program “Health Development””.
16. Order of the Ministry of Health of the Russian Federation dated March 3, 2016. No. 136 “On the organization of work on independent assessment of the quality of services by medical organizations.
17. Order of the Ministry of Health of the Russian Federation dated May 10, 2017. No. 203n “On approval of criteria for assessing the quality of medical care.”
18. Order of the Government of the Russian Federation dated December 28, 2012. No. 2599-r “On approval of the action plan (“road map”) “Changes in sectors of the social sphere aimed at increasing the efficiency of healthcare.”

Brief description The publishing house "Medicine", founded in 1918, was awarded the Order of the Red Banner of Labor. The publishing house "Medicine" currently specializes in the publication of domestic and foreign medical literature and medical periodicals. Of great importance was the publication of the works of Russian scientists - luminaries of world science: I. M. Sechenov, I. P. Pavlova, N. I. Pirogov, S. P. Botkin, B. M. Bakhterev and others. To this day, their works are consulted both a medical student and a seasoned researcher.

Brief description (continued) The journals publish original articles and reviews on current problems of modern medicine, introducing readers to the latest achievements of domestic and foreign medical science. The readership of the magazines is doctors, pharmacists, pharmacologists, managers and specialists of medical, research and educational institutions, all those who formulate health policy.

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