CC BY
0УДК 61:001.92; 616-006; 615.849 DOI: 10.24412/2790-1289-2024-2-74-86
МРНТИ 76.29.62
MOBILE APPLICATIONS IN THE PRACTICAL WORK OF A RADIOLOGIST IN DIAGNOSING DISEASES
E. E. Deyeva*, M. K. Muratbekova, A. M. Bayramov, A. Bikhanova, A. K. Kamalbekova, M. Taubayeva, K. Tuleuova, O. N. Kaldarbek, A. D. Kali,
A. Omarov, I. K. Sagyndykov
National research oncology center, Kazakhstan, Astana *Corresponding author
Abstract
Relevance. Today the field of radiation diagnostics is rapidly developing and improving. That is why it is very important not only for the new generation of radiologists who grew up in the digital era and are fluent in gadgets, but also for experienced specialists to keep up with this pace.
The purpose of this research is to find suitable modern radiological resources in the form of specialized applications for more productive study and perception of information, including diagnosing of various pathologies.
For this article, we consulted popularity lists and independent research to find the most interesting and useful apps for radiologists. And also represent the existing advantages and disadvantages of each.
Keywords: mobile apps, imaging (radiology), social networks.
Introduction
Nowadays, the use of mobile applications is rapidly gaining momentum, so it is important to highlight the most useful and applied ones for the practice of a doctor. According to a 2020 Research Now Group survey of 500 U.S. physicians, 16 % of physicians currently use mobile medical applications in their professional practice, while 46 % plan to do so in the next five years [1]. Considering that there are more than 100,000 mobile healthcare applications on the market, it is not an easy task to figure them all out. For this article, we have reviewed popularity lists and independent research to find the most interesting and useful applications for radiologists. Also check out the list of the best Diagnostic Imaging applications for 2016-2022 [2; 3].
Given the continued growth in the number of radiological studies in the healthcare system and the constant flow of digital radiological images, the workload of a radiologist has increased markedly in the last 5 years [4]. However, today, with the advent of smartphones and the development of more and more advanced applications, doctors of radiation diagnostics (X-ray, CT, MRI PET) can remain at the level of their workload and provide a high level of patient care from almost anywhere in the world.
The overall goal is to have access to work data at the specialist's fingertips, helping him to be as productive and integrated as possible.
Today, the field of radiation diagnostics is rapidly developing and improving. That is why it is very important to keep up with such a pace not only for the new generation of radiologists who have grown up in the digital age and are freely guided by gadgets, but also for experienced specialists [57]. For more productive study and perception, it is necessary to use modern resources in the form of specialized applications [8-10].
The purpose of the review is to find suitable modern radiological resources in the form of specialized applications covering the spectrum of various diseases for more productive study and perception of information.
Radiology residents of the National Cancer Research Center reviewed ten applications designed to keep diagnostic imaging specialists in touch with patients, attending physicians and medical institutions.
This review article presents a selection of useful applications for radiologists, an overview of the applications that are among the ten most used by radiologists in the world:
1. Radiology Rounds (RR) is an application for radiologists and young residents where they can share and learn from clinical cases. This resource can be used not only by certified radiologists, but
also by others. You can upload images and share cases with your colleagues, as well as receive feedback from them (Figure 1 a-d).
4- Radiology
d pto^fiiiw A1IU«B ibdaniiiul in la< o»* iter И» 1 ■ ■ . <pv« «и MmiMtQ and ■»»1'SJrtiO«
Eilimating th* Bi«k» of Breoit Cancer Radioihetapy Evtd*nc* liom Modern Rjidijiiion Do««» lo ifx- Lunqt «ml Heatl a ml Horn Pftvioue Randomucd Tríele
Familial Ceirtxnl Civnnoui МдМог maliont Ajc Aitoculrd v»ilh Adi(nal Cikificiltoni on CT $cani Ал hnaqing ftomaiV« lo« a Heredilaiy С«геЫоул»си1а> Condition
Ttaniweise S<ivut Siwtit l»1h« Moet S«iil1ivr Mfl hnaging CodFlit« ol Idiopathic Intracranial Hypotension
Сотрдквол ol Lo* ■ and Siendar d-Dote CT lor 1hc Onflnnan ol Arute App*ndKilii A Meta Analysis
Figure la. Examples of cases Source: [11]
Radiology Assistant
»
Cardiova scular
Figure 1 b. Example of a presented case for discussion with colleagues Source: [11]
Terms ol Use
Tips £ Tricks
AJI p ■• ..--"'и .,- \iuf» •. '.•
GYN Staging Atlos
Neuroradiology
Figure lc. List of sections on normal and pathological anatomy Source: [11]
Figure Id. Useful sections in the application -Terms of Use, Tips & Tricks, Guidelines for authors Source: [11]
RR is a modern analogue of a social network for radiologists. Its main purpose is mutual assistance and joint training of specialists in this field [11]. Advantages:
• Free app
• Strict moderation in case selection
• High level of reliability of information
Disadvantages:
• Suitable only for Android
• Small user base
• Rare information updates
2. Radiology Assistant 2.0. This application is a direct continuation of the web version of the website of the same name. Here you will find not
\ 1Г
only basic courses in CT, MRI and X-ray anatomy, but also be able to familiarize yourself with the cases of real patients. The application contains many visual and applied images that are sure to be found in clinical practice (figure lb-d). It is perfect for both novice radiological service specialists to replenish the pool of knowledge, and experienced radiologists to consolidate and repeat them.
Also in this application there are sections Terms of Use, Tips&Tricks - they will help you navigate the terminology used, which you can correctly apply in the future [12].
Advantages:
• Covers many common pathologies
• A good base on normal anatomy
• High quality images
• Free access
• User-friendly interface
Disadvantages:
• Compatible with iPhone and iPad only
• Content is rarely updated
• There is practically no information on nuclear medicine
3. OsiriX is an image processing application for the Apple macOS operating system designed for DICOM images obtained using radiological equipment (MRI, CT, PET, PET-CT). It allows you to track not only the functional state of the selected anatomical zone in various dimensions (using 2D, 3D, 4D Viewer), but also to analyze it in real time (using Cardiac-CT).
OsiriX Cloud allows healthcare professionals and patients to instantly access medical images from anywhere in the world. OsiriX Cloud was designed
to facilitate the sharing and storage of medical images, which is especially important for radiologists. This greatly simplifies the work and ensures close contact between the patient and the doctor [13].
Advantages:
• Advanced 3D visualization
• Can process ultrasound (US), computed tomography (CT), magnetic resonance imaging (MRI), positron emission tomography (PET) images in their native standard DICOM format.
• Supports multiple DICOM network protocols: C-STORE SCP, C-MOVE SCU, C-FIND SCU, C-GET SCU WADO.
Disadvantages:
• Only suitable for iOS
• Limited support and features when using the free version
• Limited integration with other systems and software
4. Musculoskeletal Radiology is an educational application containing more than 3,000 ano-nymized case studies on the visualization of the musculoskeletal system, selected from the materials of the teaching staff of the Royal Orthopedic Hospital of Birmingham, United Kingdom. Special attention is paid to the X-ray and MRI.
The application database is regularly updated so that you will work only with up-to-date information. For your convenience, there are several search engines available here - Search by Anatomy, Pathology, Keywords, Case Number and name (Figure 2a-d). At the moment, this application is one of the largest resources covering such a wide range of pathologies of the musculoskeletal system [14].
it - >
Figure 2a. Example of software operation
Source: [15]
2D Viewer and 3D Viewer
Figure 2b. 3D visualization over time with tracking of functional state
Source: [15]
Ш
ж 61
Select on any oi the section« below to see how to use tjf.'l якмоп
Search By Anatomy
Search By Pathology
Swrcti ff*o«k>m
Search by Caia Numba
Search by Keyword
Figure 2c. Example of a case with attached images Source: [15]
Advantages:
• One of the most informative applications on normal anatomy and pathologies of the musculoskeletal system
• User-friendly interface
• Simplified search engines
• Regular updating of cases
• Free app Disadvantages:
• Suitable mainly for specialists who work
Figure 2d. Variety of search engines Source: [11]
with the musculoskeletal system in a targeted manner
• Limited range of applications 5. Medical Image Merge is an image merging product designed to register, manipulate and read DICOM images. Today, the program is used in North and South America, Asia, Europe, Africa and Australia. MIM software serves hospitals, medical centers and imaging centers, research institutes, pharmaceutical organizations, etc. (Figure 3a-c).
фгтнт
MIM Maestro at Work
Workllow Standarduation
As (OmpJcx pfQIOCOJí hOK*t*l n*TWOft C<X»*0*<íat>0* л-w». <in<s iwj to WWI» ctmv«*n<y ¿nd «ccutacy dtro» *0 dco*trr«fiu MM Mantro итрМт poctuts ¡пто pacWjl. protocol
ifvM un bí f ia<efy and eJUnmity
The New Standard for Dosimetry
Moil SNfwU.1l HadK>Dftj'mac€utical It«^1 Comprehensive Cwiffs ol txcel1e«ce cheew MIM SurePlan MRT
Find out vsihy
Adaptable Cuitomizatton
Figure 3a. DICOM visualization applications like MIM Maestro
Source: [15]
Figure 3b. Absorbed dose calculator for radiation protection
Source: [15]
HTIMI'MH
* ?
Figure 3c. Lifelmage desktop [11].
Source: [11]
The aim of MIM is to create useful, targeted and life changing products that enhance patient safety and enhance clinical effectiveness [15].
Advantages:
• A variety of possible applications: radiation oncology, radiology and nuclear medicine, dosimetry for molecular radiation therapy, planning the treatment of prostate cancer using brachytherapy, visualization and analysis of multiparametric magnetic resonance imaging of the prostate.
• Availability of a calculator - dosimeter
for the absorption of radiopharmaceuticals during SPECT.
• Customer focus: A user-centered approach based on customer feedback. The company is committed to seamless user learning and support.
Disadvantages:
• A paid subscription is required.
• At the moment, the software is not distributed in the CIS countries.
6. Lifelmage
Life Image is a network for the exchange of medical data and images, providing access to
places of medical care and carefully selected image data. Life Image's Interoperability Suite, founded in 2008, presents this digital platform as using vendor-independent integration standards to connect medical institutions, suppliers, clinics and patients to biomedical, medical devices and telemedicine companies.
The medical imaging platform connects doctors to a powerful imaging system that works quickly, using artificial intelligence, and receives the data they need, regardless of their location (Figure 3b) [16].
Advantages:
• Reducing the radiological burden of the
patient
• No CD-ROMs, the presence of a shared cloud for data storage
• Diagnosis of the patient before meeting with him
d
Figure 4a. Main page Source: [17]
• Online consultation
• Sharing 7 billion image files
Disadvantages:
• Lack of data in medical tourism
• Time to upload data to the cloud and download it
• The Internet does not last forever.
7. Doximity
Doximity is a free application announced by a social network for doctors, offering several features that will help you quickly connect with other doctors through a HIPAA-protected link on your phone. With one touch, it is possible to perform a search in the directory of doctors, finding service providers by specialty and location. Using the app, you can both securely send patient data and communicate directly with the patient. Doximity can also help with job search, including salary comparisons (Figure 4a-c).
Г '
□
5? =n--
S
a------
Figure 4b. Tab for searching residency and internship programs
Source: [17]
МММ
Figure 4с. Workspace: main feed, groups, and polls Source: [17]
You can conveniently send and receive electronic faxes while on the go, while on duty, as well as call patients from your mobile phone, displaying your office number.
The Doximity team includes medical technology executives from institutions and employers such as the Cleveland Clinic, Stanford University, UCSF and Medscape [17].
Advantages:
• The ability to quickly communicate with doctors in other countries via audio and video calls.
• A database of internships and study grants at foreign universities.
• Job search.
Disadvantages:
• At the moment, the software is not distributed in the CIS countries.
8. Figure-1
Figure-1 is a platform that brings together healthcare professionals from more than 190 countries for training, information exchange and collaboration. The community of trusted healthcare professionals has assembled the world's most extensive library of patient clinical cases, numbering over 100,000+. The platform is constantly growing
and has proven itself to demonstrate everything from common routine cases in practice to rare diseases. The company continues to develop innovative ways to share medical knowledge, customized videos, and more (Figure 4b) [18].
Advantages:
• A variety of clinical cases with a detailed description.
• Availability of tests to test knowledge.
• The ability to create communities.
• Discussion of controversial cases with experts from different countries
Disadvantages:
• At the moment, the software is not distributed in the CIS countries
9. IMAIOS e-Anatomy is an interactive atlas of human anatomy that combines medical images (CT, MRI, X-ray), more than 8,900 anatomical structures and 870,000 landmarks, and also has a quiz function with simple self-assessment. He is trusted by radiologists, students and specialists in the field of medical imaging. Here you can view about 26,000 visual examples for free, which will allow you to decide whether to purchase a subscription to this atlas (Figure 5a-c).
<JS
Figure 5a. Example of MRI anatomy of the brain, axial section
Source: [19]
Organ Systems
Liver & Gallbladder
S*3micM{iaC»|ui
CT of the Chest with а Pocus on the M«<*»stinum: Interest *>g Cas«« end Whai We Can Learn From Them - Part 1
CT of the Chest with a Focus on the Me<*asiim*T): Interest *>g Cases and What We Can Learn From Them - Part 2
(DmmtsJtef 202
CT of lhe Trachea: A Practical Approach -Part 1 20?))
CT of the Trachea: A Practical Approach -Part 2 'Sept?rrr*f ?c?i;
Pulmonary СТА: Optimizing Patient Selection, Protocol Оелдп and knterpretative Performance Part 1 ' л-.а^, ZÏ2G}
Pulmonary СТА: Optimizing Patient Selection, Protocol Design and interpretative Performance Part 2 Vwje*,- 2020}
Pulmonary СТА: Optimiz»ng Patient Selection, Protocoi Design and Interpretative
»
Figure 5b. Selection of the desired anatomical zone Source: [19]
Figure 5c. CTisus iLecture interface Source: [19]
Part 3
Dry 2u2V.
The well-known IMAIOS application is used as the basis for this atlas, which has already established itself as a reliable and reliable assistant tool for radiologists [19].
This application is perfect even for beginners, because it contains detailed images of anatomical areas in various projections and sections. The big advantage is that you can examine the same organ in different types of examination (MRI, CT, PET, radiography).
All names of anatomical units (and there are more than 967,000 of them) are presented in several languages of the world. You can select the area of interest and the modality of the images.
Advantages:
• One of the most detailed atlases with high-quality images
• Convenient to use on different operating systems - Android / iOS
• Materials are available in 12 languages
• Contains valuable graphic content, especially from the point of view of medical imaging
Disadvantages:
• Paid subscription $12.99 per month, $89.99 per year
• Complex interface
10. CTisus iLecture is a comprehensive educational program designed for all professionals
interested in radiology. Developed by Elliot Fishman, this iPhone app offers a wide range of lectures covering 23 different topics, including organ systems such as pancreas, liver and kidneys, as well as additional topics such as protocol development and 3D visualization (Figure 5b).
Thanks to the CTisus iLecture series, users can access lectures, which allows them to conveniently explore and update their knowledge base. Lectures are regularly updated, new content is added every week, which allows users to keep up to date with the latest developments in the field of radiology. The lectures are designed in such a way as to evolve in accordance with changes in the field, including new knowledge and technological developments [20].
Advantages:
• Whether the user is a medical student, resident, or practicing radiologist, the CTisus iLecture series provides a valuable resource for expanding the understanding of radiology.
• Easy search for lectures.
• Free access.
Disadvantages:
• Available only for the iOS platform.
Conclusions
Radiologists in modern conditions need to quickly navigate and be in the trend of the latest developments in digital technologies, especially with a variety of diseases. The purpose of this article was to make an overview of the 10 most popular and, most importantly, applied applications for specialists in the field of radiology. We hope that analogues of these applications will soon appear in Kazakhstan, which will be successfully used by our colleagues.
References
1. Free-radiology-apps [Electronic source] // Film Bank Quiz education program [Website], - 2020. - URL: https://freeappsforme.com/free-radiology-apps (Accessed: 01.05.2024).
2. 8-apps-radiologists [Electronic source] // Diagnostic Imaging Journal [Website], - 2019. -URL: https://www.diagnosticimaging.com/view/8-apps-radiologists (Accessed: 29.04.2024).
3. Best Radiology Apps for Android [Electronic source] // Sourceforge [Website], - 2023. - URL: https:// sourceforge. net/ software/radiol ogy/ androi d
(Accessed: 14.04.2024).
4. Radiology Applications Search [Electronic source] //Apprecs [Website], -2022. -URL: https:// apprecs.com/ios/496220844/radiology-select?os=android (Accessed: 06.03.2024).
5. Top apps radiology 2016 [Electronic source] // Diagnostic Imaging Journal [Website], - 2016. -URL: https://www.diagnosticimaging.com/view/ top-apps-radiology-2016 (Accessed: 17.03.2024).
6. Apps for Radiology Educators [Electronic source] // Association of University Radiologist [Website],
- 2020. - URL: https://www.aur.org/apps-for-radiology-educators (Accessed: 10.04.2024).
7. Which apps will be the most useful to radiologists in the New Year? [Electronic source]// Carestream [Website], -2020. - URL: https://www.carestream. com/blog/2020/ 01/07/radiology-apps-in-2020 (Accessed: 08.04.2024).
8. Our Top 5 Radiology Apps for 2023 [Electronic source] // JCA Seminars [Website], - 2020. -URL: https://www.jcaseminars.com/post/our-top-5-radiology-apps-for-2023 (Accessed: 19.03.2024).
9. 12 Free Radiology Apps [Electronic source] // University of Washington Department of Radiology [Website], - 2017. - URL: https://rad.washington. edu/blog/12-free-radiology-apps (Accessed: 01.05.2024).
10. Radiology Apps [Electronic source] //Radiology Today Magazine [Website], - 2018. -URL: https:// www.radiologytoday.net/archive/rt0915p 16.shtml (Accessed: 28.04.2024).
11. Apptoide [Electronic source] // Radiology Rounds [Website], - 2023. - URL: https:// radiologyrounds.en.aptoide.com/app (Accessed: 03.04.2024).
12. Wood L. E., Picard M. M., Kovacs M. D. The Radiology Assistant 2.0 (Version 1.1.0) // Journal of Digital Imaging. - 2018. - Vol. 31(4). - P. 383386. -DOI: 10.1007/sl0278-018-0070-2.
13. Osirix DICOM Viewer [Website], - 2023. -URL: https://www.osirix-viewer.com/ (Accessed: 04.03.2024).
14. Musculoskeletal radiology [Electronic source] // Science Direct [Website], - 2023. - URL: https:// www.sciencedirect.com/topics/medicine-and-dentistry/musculoskeletal-radiology (Accessed: 25.04.2024).
15. About Us // MIM Software Inc. [Website],
- 2023. - URL: https://www.mimsoftware.com (Accessed: 02.03.2024).
16. Intel erad Medical Systems Incorporated [Website], - 2023. - URL: https://www.intelerad. com/life-image (Accessed: 05.04.2024).
17. Medicine Made Mobile [Electronic source] // Doximity, Inc. [Website], - 2023. - URL: https:// www.doximity.com (Accessed: 11.03.2024).
18. Figure 1 Inc. [Website], -2023. - URL: https:// www.figurel.com (Accessed: 20.04.2024).
19. IMAIOS [Website], - 2023. - URL: https:// www.imaios.com/en/resources/blog/best-anatomy-resources-online (Accessed: 18.04.2024).
20. SOFTONIC INTERNATIONAL S.A. [Website], - 2023. - URL: https://ctisus-ilecture-series. en.softonic.com/iphone (Accessed: 15.04.2024).
References
1. Free-radiology-apps. (2020). Film Bank Quiz education program [Website], Retrieved May
1. 2024, from https://freeappsforme.com/free-radiology-apps.
2. 8-apps-radiologists. (2019). Diagnostic Imaging Journal [Website], Retrieved April 29, 2024, from https://www.diagnosticimaging.com/view/8-apps-radiologists.
3. Best Radiology Apps for Android. (2023). Sourceforge [Website], Retrieved April 14, 2024, from http s : //sourceforge. net/software/radi ol ogy/ android.
4. Radiology Applications Search. (2022). Apprecs [Website], Retrieved March 6, 2024, from https://apprecs.com/ios/496220844/radiology-select?os=android.
5. Top apps radiology 2016. Diagnostic Imaging Journal [Website], Retrieved March 17, 2024, from https://www.diagnosticimaging.com/view/top-apps-radiology-2016.
6. Apps for Radiology Educators. (2020). Association of University Radiologist [Website], Retrieved April 10, 2024, from https://www.aur. org/apps-for-radiology-educators.
7. Which apps will be the most useful to radiologists in the New Year? (2020). Carestream [Website], Retrieved April 8,2024, from: https://www.carestream.
com/blog/2020/01/07/radiology-apps-in-2020.
8. Our Top 5 Radiology Apps for 2023. JCA Seminars [Website], Retrieved March 19, 2024, from https://www.jcaseminars.com/post/our-top-5-radiology-apps-for-2023.
9. 12 Free Radiology Apps. (2017). University of Washington Department of Radiology [Website], Retrieved May 1, 2024, from https://rad. washington.edu/blog/12-free-radiology-apps/.
10. Radiology Apps. (2018). Radiology Today Magazine [Website], Retrieved, from https://www. radiologytoday.net/archive/rt0915p 16.shtml.
11. Apptoide. Radiology Rounds (2023). [Website], Retrieved April 28, 2024, from https:// radiologyrounds.en.aptoide.com/app.
12. Wood L. E., Picard M. M., Kovacs M. D. (2018). The Radiology Assistant 2.0 (Version 1.1.0). Journal of Digital Imaging, 31(4), 383-386, DOI: 10.1007/s 10278-018-0070-2.
13. Osirix DICOM Viewer (2023). [Website], Retrieved March 4, 2024, from: https://www.osirix-viewer.com/.
14. Science Direct. Musculoskeletal radiology (2023). [Website], Retrieved April 25,2024, from https://www. sciencedirect.com/topics/medicine-and-dentistry/ musculoskeletal- radiology.
15. About Us. MIM Software Inc. (2023). [Website], Retrieved March 2, 2024, from https:// www.mimsoftware.com.
16. Intelerad Medical Systems Incorporated (2023). [Website], Retrieved April 5, 2024, from https:// www.intelerad.com/life-image.
17. Medicine Made Mobile. (2023). Doximity, Inc. [Website], Retrieved March 11, 2024, from https:// www.doximity.com.
18. Figure 1 Inc. (2023). [Website], Retrieved April 20, 2024, from: https://www.figurel.com.
19. IMAIOS (2023). [Website], Retrieved April 18, 2024, from https://www.imaios.com/en/resources/ blog/best-anatomy-resources-online.
20. Softonic international s.a. (2023). [Website], Retrieved April 15, 2024, from: https://ctisus-ilecture-series.en.softonic.com/iphone.
АУРУЛАРДЬЩ ДИАГНОСТИКАСЫНДА ДЭР1ГЕР- РАДИОЛОГТЬЩ ТЭЖ1РИБЕЛ1К
Ж¥мысындагы мобильд1 цосымшалар
Е. Е. Деева*, М. К. Муратбекова, А. М. Байрамов, А. Биханова, А. К. Камалбекова, М. Таубаева, К. Тулеуова, О. Н. Калдарбек, А. Д. Кали, А. Омаров,
И. К. Сагындыков
¥лттьщ гылыми онкология орталыгы *Корреспондент автор
Ацдатпа
Озектшп. Бугшп танда сэулел1 диагностика саласы к;арк;ынды дамуда. Сондьщтан цифрлык дэу1рде оскен, жана технологияларды жетш менгерген радиологтардьщ жана урпагы гана емес, тэжприбел1 мамандардьщ да осы к;арк;ынга ¿лесу! оте манызды,
Максаты: Ак;паратты, соньщ ¡шшде аурулардьщ диагностикасы жайында, нэтижел1 жэне сапалы менгеруге к;ол жетюзетш заманауи радиологияльщ ресурстары бар косымшаларды табу
Бул макала уш'н 6i3 танымал жэне тэуелаз зерттеулермен танысып, ен кызыкты api пайдалы косымшалармен таныстьщ. Сонымен катар, бул косымшалардын артьщшыльщтары мен кемшшктерш атап отпк.
Тушн свздер: мобильд\ цосымшалар, радиология, элеуметтж желтер.
МОБИЛЬНЫЕ ПРИЛОЖЕНИЯ В ПРАКТИЧЕСКОЙ РАБОТЕ ВРАЧА-РАДИОЛОГА ПРИ
ДИАГНОСТИКЕ ЗАБОЛЕВАНИЙ
Е. Е. Деева*, М. К. Муратбекова, А. М. Байрамов, А. Биханова, А. К. Камалбекова, М. Таубаева, К. Тулеуова, О. Н. Калдарбек, А. Д. Кали, А. Омаров,
И. К. Сагындыков
Национальный научный онкологический центр, Казахстан, Астана *Корреспондирующий автор
Аннотация
Актуальность, на сегодняшний день сфера лучевой диагностики стремительно развивается и совершенствуется, особенно в области цифровых технологий. Именно поэтому очень важно поспевать за такими темпами не только новому поколению радиологов, выросших в цифровую эпоху, но и опытным специалистам.
Цель, найти подходящие современные радиологические ресурсы в виде специализированных приложений для более продуктивного изучения и восприятия информации.
Для этой статьи мы ознакомились со списками популярности и независимыми исследованиями, чтобы найти наиболее интересные и полезные приложения для радиологов, а также оповестить коллег об имеющихся преимуществах и недостатках каждого из них.
Ключевые слова: мобильные приложения, радиология, социальные сети.
АВТОРЛАР ТУРАЛЫ
Деева Елена Евгеньевна - oipiHLui курс резидент-радиолог, ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., К^азакстан; e-mail: deyevayelena@gmail.com; ORCID: 0009-0002-4308-9773; телефон: 87781879661.
Муратбекова Мадина Ь^айраткызы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., Казакстан: e-mail: Mkmuratbekova98@gmail.com; ORCID: 0009-0008-5161-8632.
Байрамов Аслан Нурадинулы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., Казакстан: e-mail: Tm_bayramov97@mail.ru; ORCID: 0009-0003-3962-3096.
Биханова Аида Нуржанкызы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., Казакстан: e-mail: Bikhanova97@mail.ru; ORCID: 0009-0005-2433-2944.
Камалбекова Айгерим Камалбеккызы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., К^азакстан; e-mail: Aigerim.kamalbekova98@mail.ru; ORCID: 0009-0007-0354-7676. Таубаева Молдир Сабиткызы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., Казакстан: e-mail: Moldir2509@mail.ru; ORCID: 0009-0007-9708-9070.
Тулеуова Когершин Жексенбайкызы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., К^азакстан; e-mail: qogershinqo@icloud.com; ORCID: 0009-0003-8318-2689.
Калдарбек Орынбасар Нурланулы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., Казакстан: e-mail: orynbasarqaldarbek@gmail.com; ORCID: 0009-0006-7437-0540.
Кали Асия Доскейкызы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., Казакстан; e-mail: Assiyak011@gmail.com; ORCID: 0009-0002-0192-1955.
Омаров Асылжомарт Дарханулы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана к;., Казакстан: e-mail: Asd_asa_ase_asd@mail.ru; ORCID :0009-0004-53 74-2160.
Сагындыков Ильяс Канатулы - ¥лттьщ гылыми онкологияльщ ортальщ, Астана К-, Казакстан: e-mail: Sag.ilyas.kan@gmail.com; ORCID: 0009-0006-7877-4315.
ОБ АВТОРАХ
Деева Елена Евгеньевна - резидент-радиолог первого курса, Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: deyevayelena@gmail.com; ORCID: 0009-00024308-9773; телефон: 87781879661.
Муратбекова Мадина Кайратовна - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Mkmuratbekova98@gmail.com; ORCID: 0009-0008-5161-8632. Байрамов Аслан Нурадинулы - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Tm_bayramov97@mail.ru; ORCID: 0009-0003-3962-3096.
Биханова Аида Нуржанкызы - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Bikhanova97@mail.ru; ORCID: 0009-0005-2433-2944.
Камалбекова Айгерим Камалбеккызы - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Aigerim.kamalbekova98@mail.ru; ORCID: 0009-0007-0354-7676. Таубаева Молдир Сабиткызы - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Moldir2509@mail.ru; ORCID: 0009-0007-9708-9070.
Тулеуова Когершин Жексенбайкызы - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: qogershinqo@icloud.com; ORCID: 0009-0003-8318-2689.
Калдарбек Орынбасар Нурланулы - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: orynbasarqaldarbek@gmail.com; ORCID: 0009-0006-7437-0540. Кали Асия Доскейкызы - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Assiyak011@gmail.com; ORCID: 0009-0002-0192-1955.
Омаров Асылжомарт Дарханулы- Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Asd_asa_ase_asd@mail.ru; ORCID:0009-0004-5374-2160.
Сагындыков Ильяс Канатович - Национальный научный онкологический центр, г. Астана, Казахстан; e-mail: Sag.ilyas.kan@gmail.com; ORCID: 0009-0006-7877-4315.
ABOUTAUTHORS
Deeva Elena Evgenyevna - resident-radiologist of the first year, National Scientific Cancer Center, Astana, Kazakhstan; e-mail: deyevayelena@gmail.com; ORCID: 0009-0002-4308-9773; телефон: 87781879661. Muratbekova Madina Kairatovna - National Scientific Cancer Center, Astana, Kazakhstan; e-mail: Mkmuratbekova98@gmail.com; ORCID: 0009-0008-5161-8632.
Bairamov Aslan Nuradinuly - National Scientific Cancer Center, Astana, Kazakhsta; e-mail: Tm_ bayramov97@mail.ru; ORCID: 0009-0003-3962-3096.
ЖУРНАЛ КАЗАХСТАНСКО-РОССНЙСКОГО МЕДИЦИНСКОГО УНИВЕРСИТЕТА V -
Bihanova Aida Nurzhankyzy - National Scientific Cancer Center, Astana, Kazakhstan; e-mail: Bikhanova97@mail.ru; ORCID: 0009-0005-2433-2944.
Kamalbekova Aygerim Kamalbekkyzy - National Scientific Cancer Center, Astana, Kazakhstan; e-mail: Aigerim.kamalbekova98@mail.ru; ORCID: 0009-0007-0354-7676.
TaubaevaMoldir Sabitkyzy-National Scientific Cancer Center, Astana, Kazakhstan; e-mail: Moldir2509@ mail.ru; ORCID: 0009-0007-9708-9070.
Tuleuova Kogershin Zheksenbaikyzy - National Scientific Cancer Center, Astana, Kazakhstan; e-mail: qogershinqo@icloud.com; ORCID: 0009-0003-8318-2689.
Kaldarbek Orynbasar Nurlanuly - National Scientific Cancer Center, Astana, Kazakhstan; e-mail: orynbasarqaldarbek@gmail.com; ORCID: 0009-0006-7437-0540.
Kali Asiya Doskeikyzy - National Scientific Cancer Center, Astana, Kazakhstan; e-mail: Assiyak011@ gmail.com; ORCID: 0009-0002-0192-1955.
Omarov Asylzhomart Darkhanuly-National Scientific Cancer Center, Astana, Kazakhstan; e-mail: Asd_ asa_ase_asd@mail.ru; ORCID:0009-0004-5374-2160.
Sagyndykov Ilyas Kanatovich - National Scientific Cancer Center, Astana, Kazakhstan; e-mail: Sag.ilyas. kan@gmail.com; ORCID: 0009-0006-7877-4315.
Conflict of interest: The authors declare that there is no conflict of interest.
Contribution of the authors: Formal analysis DeevaE. E.,MuratbekovaM. K, writing (original draft preparation) - Deeva E. E., Muratbekova M. K, selection of literature and resources - Kamalbekova К A., Tuleuova Zh. K, Bairamov A. N., Bihanova A. N., TaubaevaM. S., Kaldarbek О. N., Kali A. I)., Sagyndykov I. К Financing. None.
Article submitted: 29.05.2024. Accepted for publication: 20.06.2024
