All articles - Medical Informatics
Number of articles: 39
-
Digital radiography of third degree coxarthrosis
Scientific works of gifted youth and medicine of the XXI centuryОстеоартроз - хроническое прогрессирующее заболевание суставов, характеризующееся дегенерацией суставного хряща, изменениями в субхондральном отделе эпифизов костей и в околосуставных мягких тканях. Коксартроз - дегенерация тазобедренного сустава.
-
Тиббиёт терминологияси махсус илмий маънони ифодалаш учун хизмат қиладиган тушунча сифатида
PediatricsУзбекистонда согликни саклаш тизимида олиб борилаётган ислохотлар, илмий-амалий ютуклар, эпидемиология, санитария, экология, фармацевтика, доришунослик каби тиббий ихтисосликлар турлари номенклатураси ишлаб чикилган булиб, тиббиёт йуналишларини ва мавзувий гурухларини номлаш масаласи билан боглик соха лексикаси ва терминологияси муаммолари тилшунос олимлар учун алохида эътиборга молик.
-
В статье рассматриваются направления, в которых ИКТ играет важную роль в медицине, одним из важных направлений является обучение нового персонала, где ИКТ играет ключевую роль. В основной части говорится об клинического применения различных видов Информационно-коммуникационные технологии в медицине. -
Axborot oqimlarida eeg faoliyatining fraktal o‘lchami orqali o‘tkir insultda neyronlarning buzilishini tahlil qilishMiya o‘z-o‘zini tartibga soluvchi tizim bo'lib, u turli fazoviy va vaqtinchalik miqyosda o'ziga o‘xshashlikni namoyish etadi. Shunday qilib, samarali qayta ishlash va funktsional afzalliklarga bog'liq bo'lgan dinamikasining murakkabligi uning masshtabsiz (fraktal) xususiyatlarining o‘lchovi bilan qo'lga kiritilishi mumkin. Elektroansefalografik signalning (EEG) fraktal o'lchami (FD) miya shikastlanishi natijasida yuzaga keladigan neyron disfunktsiyasiga optimal darajada sezgir degan gipoteza ostida FDning o'tkir insultdagi ikkita asosiy jarayonini baholashda quyidagi ikkita natija olindi: klinik buzilish va tiklanish. O'rta miya arteriyasi hududida bir tomonlama ishemik insultdan 4-10 kun o'tgach, 36 bemorda va 19 sog‘lom nazoratdan so'ng, tinch EEG to'plangan. Milliy sog'liqni saqlash instituti insult shkalasi (NIHss) TO da va 6 oydan keyin to'plangan. FD uning inter-yarimferik assimetriya (FDasy) va spektral tarmoqli kuchlari EEG signallari uchun hisoblab chiqilgan. Bemorlarda FD nazorat guruhiga qaraganda kichikroq edi (l,447±0,092 va l,525±0,105) va uning kamayishi o‘tkir klinik holatni yomonlashtirgan. FD pasayishi tebranish faolligining alfa ortishi va beta pasayishi bilan bog'liq edi. O'tkir bosqichda kattaroq FDasy olti oyda yomonroq klinik tiklanish bilan bog'langan. Bemorlardagi FD tizimli shikastlanish natijasida yuzaga keladigan global tizim disfunktsiyasini aks ettiruvchi murakkablikning yo'qolishini qayd etdi. Ushbu pasayish struktura-funksiya birligining tabiatini ochib beradi, bu yerda mintaqaviy nervlaming ko'p miqyosli o'ziga o'xshash faoliyati anatomik lezyon tomonidan buzilgan. Neyron faolligi murakkabligining pasayishi va funktsional qobiliyatlaming qisqartirilgan repertuariga mos keladi. FDasy natijasi insultni tiklashda gomologik miya tuzilmalari faoliyati o'rtasidagi muvozanatning funktsional ahamiyatini ta’kidlaydi.
Новый Узбекистан: наука, образование и инновации -
Lotin tilining tibbiy terminologiyadagi ahamiyatiMavzuning dolzarbligi: Dunyodagi har bir kasbni mukammal egallash uchun kasb tilini aks ettiruvchi so'zlar va terminlami o'rganishdan boshlanadi. Tibbiyot sohasi temiinlari lotin va yunon tilidan olingan bo'lib, bir necha asrlik tarixga egadirlar. Shuning uchun, yer yuzidagi barcha tibbiyot oliygohlarining talabalari tibbiyotga qadam qo‘yishi bilan lotin tili, lotin alifbosi, uning grammatikasi, fonetikasi hamda lotin tilidagi anatomik-gistologik va klinik temiinlar bilan tanishadilar.
Сегодняшние научные исследования в глазах молодежи -
Doimiy rivojlanishda bo'lgan tibbiyot kasbi ta'lim tizimida ham yangi yondashuvlami talab ctadi. Tibbiyot fakultctlarida bu ehtiyoj, ayniqsa, asosiy tibbiyot fanlarida ko'proq seziladi. Intcgratsiyalashgan ta'lim yoki mua mmoga asoslangan ta’lim kabi innovatsion ta'lim tizimlari asosiy fanlar va klinik fanlami birlashtirishga qaratilgan o'quvchilarga yo'naltirilgan usullardir. Anatomiya bilimini klinik muammolarga muvofiqlashtirib. asosiy va klinik ma'lumotlami intcgratsiya qiladigan yangi usullar ishlab chiqish, innovatsion ilovalar misolidan ko'rsatilishi mumkin. -
In the 21st century, devices and algorithms based on artificial intelligence are rapidly covering medicine as well as all other fields. The article compares the technologies that are used in today's medicine and determines the future, and discusses their achievements and shortcomings -
Artificial intelligence in treatment customization and patient monitoring systems in health systemsThis article examines the transformative impact of Artificial Intelligence (AI) in healthcare, focusing on treatment customization and patient monitoring systems. AI technologies, including digital twins, machine learning, and IoT-integrated devices, enable personalized treatment plans and real-time health monitoring, enhancing patient outcomes and reducing costs. The study emphasizes AI's role in precision medicine, particularly in oncology, and its ability to empower patients through tailored interventions. However, challenges such as data privacy, algorithmic bias, and technical limitations must be addressed to ensure ethical and equitable AI implementation in healthcare.
in Library -
Информационные технологии в медицинеАктуальность медицинской информатики заключается в том, что информационные процессы пронизывают все уровни здравоохранения и напрямую влияют на эффективность диагностики, лечения и управления системой в целом. Современные медицинские информационные системы позволяют обрабатывать большие объемы данных, обеспечивать оперативный мониторинг состояния пациентов, повышать качество и безопасность медицинской помощи, а также оптимизировать работу медперсонала. Внедрение телемедицины и приборнокомпьютерных систем расширяет возможности оказания медицинской помощи, особенно в удалённых регионах. Всё это делает информатизацию медицины ключевым направлением для повышения доступности, эффективности и технологичности здравоохранения.
Посвящается 100-летию со дня рождения академика Комилжона Зуфарова -
Artificial intelligence technology for effective treatment of patients with chronic hepatitis CThe work is devoted to the current topic of increasing the effectiveness of treatment of inflammatory liver disease caused by the hepatitis C virus (CHC). The authors of the study are developing an intelligent advisory system in order to reduce errors and increase the validity of decisions made when choosing treatment methods for patients with CHC.
Digital technologies and law -
Artificial intelligence (Al) models arc creating numerous opportunities for the intelligent analysis of medical images. However, the effective performance of these models requires large and high-quality labeled datasets. Since collecting such data in the medical field is challenging and costly, data augmentation methods play a crucial role. -
Automation of communications between employees and patients of medical institutionsThis article discusses methods for automating communication between healthcare workers and patients. An integrated communication platform is proposed, outlining its key advantages and the mathematical modeling basis.
Seismic safety of buildings and structures -
Digital health technologies for sexual and reproductive health: advantages and disadvantages of their applicationThe author in the article considers the possibility of using digital technologies in the provision of medical services in the field of reproductive and sexual health. The author emphasizes that the introduction of digitalization in the provision of medical reproductive services will significantly improve the situation with the prevention of discrimination, in particular against women. However, the article also analyzes the possible negative consequences of the use of digital technologies for the provision of such services.
Digital technologies and law -
DEVELOPMENT OF BIODEGRADABLE BANDAGES FROM PINUS SYLVESTRIS BARK: PHYTOCHEMICAL ANALYSIS AND BIOLOGICAL ACTIVITYModern medicine has an urgent need for environmentally friendly, biocompatible, and effective wound dressing materials. The bark of Scots pine (Pinus sylvestris) is a promising renewable source of biologically active compounds with proven antimicrobial and wound-healing properties, which determines the relevance of its study.
Eurasian Journal of Academic Research
26-39 of 39
