Conceptual foundations of fundamental, applied, and innovative research in the transformation of pedagogical education and upbringing

Mazkur “Pedagogik ta’lim va tarbiya transformatsiyasida fundamental, amaliy va innovatsion tadqiqotlarning konseptual asoslari” mavzusidagi Xalqaro ilmiy-amaliy konferensiya Oliy ta’lim, fan va innovatsiyalar vazirligining 2026-yil 16-yanvardagi 11-sonli buyrug'i bilan 2026-yilda xalqaro va respublika miqyosida o‘tkaziladigan ilmiy va ilmiy-texnik tadbirlar rejasiga kiritilgan bo'lib, 2026-yil 23-iyun kuni Namangan davlat pedagogika instituti Ilmiy tadqiqotlar, innovatsiyalar va ilmiy-pedagogik kadrlar tayyorlash bo'limi tomonidan o'tkazilgan.

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Oʻzbekcha

KORONAR REVASKULYARIZATSIYADAN KEYIN SIMPATOADRENAL TIZIM FAOLLIGINING DINAMIK O‘ZGARISHLARINI SUN’IY INTELLEKT ASOSIDA PROGNOZLASH

Published
23.06.2026
Journal
Conceptual foundations of fundamental, applied, and innovative research in the transformation of pedagogical education and upbringing
Issue
Proceedings of the international scientific and practical conference on “Conceptual foundations of fundamental, applied, and innovative research in the transformation of pedagogical education and upbringing”
Pages
212-216
DOI
10.5281/zenodo.21132793

Authors

Abstract

Ushbu maqolada yurak ishemik kasalligi bo‘lgan bemorlarda koronar revaskulyarizatsiyadan keyin simpatoadrenal tizim faolligining operatsiyadan oldin, 12 hafta va 24 haftadagi dinamik o‘zgarishlarini baholash hamda sun’iy intellekt asosida prognozlash imkoniyatlari yoritilgan. Tadqiqot konsepsiyasi koronar revaskulyarizatsiya o‘tkazilgan bemorlarda katexolaminlar, yurak ritmi variabelligi, malon dialdegid, elektrokardiografik va exokardiografik ko‘rsatkichlarni kompleks tahlil qilishga asoslanadi. Maqolada klinik-laborator va instrumental ma’lumotlar asosida “rezidual simpatoadrenal xavf”ni aniqlashga qaratilgan sun’iy intellekt modeli taklif etiladi. Bunday yondashuv revaskulyarizatsiyadan keyingi davrda yuqori xavfli bemorlarni erta aniqlash, individual kuzatuv algoritmini yaratish va profilaktik choralarni takomillashtirishga xizmat qilishi mumkin.

Keywords

sun’iy intellekt koronar revaskulyarizatsiya simpatoadrenal tizim katexolaminlar yurak ritmi variabelligi malon dialdegid oksidlovchi stress prognostik model individual monitoring.

Other language versions

Русский
В данной статье рассматриваются динамические изменения активности симпатоадреналовой системы после коронарной реваскуляризации у пациентов с ишемической болезнью сердца до операции, через 12 и 24 недели, а также возможности их прогнозирования с использованием искусственного интеллекта. Концепция исследования основана на комплексном анализе катехоламинов, вариабельности сердечного ритма, малонового диальдегида, электрокардиографических и эхокардиографических показателей у пациентов после коронарной реваскуляризации. В статье предложена модель искусственного интеллекта, направленная на выявление «остаточного симпатоадреналового риска» на основе клинико-лабораторных и инструментальных данных. Такой подход может способствовать раннему выявлению пациентов высокого риска, разработке индивидуального алгоритма наблюдения и совершенствованию профилактических мероприятий после реваскуляризации.
искусственный интеллект коронарная реваскуляризация симпатоадреналовая система катехоламины вариабельность сердечного ритма малоновый диальдегид окислительный стресс прогностическая модель индивидуальный мониторинг.
English
This article discusses the dynamic changes in sympathoadrenal system activity after coronary revascularization in patients with ischemic heart disease before the procedure, at 12 weeks, and at 24 weeks, as well as the potential role of artificial intelligence-based prediction. The research concept is based on the comprehensive assessment of catecholamines, heart rate variability, malondialdehyde, electrocardiographic, and echocardiographic parameters in patients after coronary revascularization. The article proposes an artificial intelligence-based model aimed at identifying “residual sympathoadrenal risk” using clinical, laboratory, and instrumental data. This approach may contribute to early detection of high-risk patients, development of individualized follow-up algorithms, and improvement of preventive strategies after revascularization.
artificial intelligence coronary revascularization sympathoadrenal system catecholamines heart rate variability malondialdehyde oxidative stress predictive model individualized monitoring.

References

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