Oʻzbekcha
BIOFIZIKA TA’LIMIDA TIBBIY DIAGNOSTIKA QURILMALARINING ISHLASH TAMOYILLARINI O‘QITISHNING AHAMIYATI
Jurnal
Raqamli-pedagogik transformatsiya va zamonaviy taʼlimning tadqiqot modellari mavzusidagi Respublika ilmiy-amaliy anjumani
Nashr
Raqamli-pedagogik transformatsiya va zamonaviy taʼlimning tadqiqot modellari mavzusidagi Respublika ilmiy-amaliy anjumani
Annotatsiya
Tadqiqot ishida elektrokardiografiya, ultratovush, rentgen diagnostikasi va pulsoksimetriya misolida tibbiy qurilmalar ishlash prinsiplarini biofizika ta’limida o‘rgatishning ilmiy-metodik asoslari yoritilgan. Manbalar qiyosiy tahlili asosida fizik hodisa, sensor, signalni qayta ishlash, talqin va xatolik tahlilini birlashtiruvchi besh bosqichli o‘qitish modeli taklif qilingan.
Kalit so‘zlar
EKG
biofizika
diagnostik qurilma
fizik model.
pulsoksimetriya
rentgen
simulyatsiya
ultratovush
Русский
В исследовании рассматриваются научно-методические основы преподавания физических принципов работы медицинских диагностических устройств в процессе обучения биофизике на примере электрокардиографии, ультразвуковой и рентгеновской диагностики, а также пульсоксиметрии. На основе сравнительного анализа научных источников предложена пятиэтапная модель обучения, объединяющая физическое явление, датчик, обработку сигналов, интерпретацию результатов и анализ погрешностей измерений.
ЭКГ
биофизика
диагностическое устройство
моделирование
пульсоксиметрия
рентгеновская диагностика
ультразвук
физическая модель.
English
This study examines the scientific and methodological foundations of teaching the physical operating principles of medical diagnostic devices in biophysics education, using electrocardiography, ultrasound imaging, X-ray diagnostics, and pulse oximetry as examples. Based on a comparative analysis of scientific sources, a five-stage instructional model is proposed, integrating physical phenomena, sensors, signal processing, interpretation of results, and measurement error analysis.
ECG
X-ray diagnostics
biophysics
diagnostic device
physical model.
pulse oximetry
simulation
ultrasound
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