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Технологии Fusion при исследовании мышечно-скелетной системы

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В статье обсуждаются возможности применения новой гибридной компьютерной технологии фьюжн (Fusion) для исследований мышечно-скелетной системы, предусматривающие сочетанное использование рентгенографии, сцинтиграфии, КТ, МРТ с УЗИ. Рассматриваются вопросы сочетанного использования Fusion с методиками допплеровского картирования, контрастного усиления и эластографии. Наглядно продемонстрированы преимущества методики Fusion при исследовании различных отделов мышечно-скелетной системы. Проводилась оценка возможностей технологии Fusion на аппарате My Lab Class C (Esaote), оснащенном модулем виртуальной навигации для исследования тазобедренного, коленного, плечевого суставов. Проводилось слияние изображений цифрового рентгенографического, МСКТ и МРТ у 16 пациентов амбулаторно и перед планируемой операцией, а также в реабилитационном периоде. Наглядно проиллюстрированы возможности технологии Fusion при исследовании капсульно-связочного аппарата различных суставов и околосуставных отделов.

Ключевые слова:
фьюжн, виртуальная сонография в режиме реального времени, виртуальная навигация, Fusion УЗИ, эластография, мышечно-склелетная система, fusion, real-time virtual sonography, virtual navigation, Fusion US, elastography, musculo-skeletal system

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Fusion Navigation in Evaluation of Musculo-Skeletal System

Diagnostic capabilities of a new hybrid computer technology named Fusion in musculo-skeletal applications which provides a combined use of X-ray, scintigraphy, CT, PET, MRI with US are discussed in the issue. Questions of combined use of Fusion with Doppler, contrast enhancement and elastography are reviewed. Advantages of the Fusion technology in examination of different parts of musculo-skeletal system are clearly showed. Diagnostic capabilities of Fusion technology using US-device My Lab Class C (ESAOTE) with a special virtual navigator module was studied for hip, knee, shoulder joints. Combination of X-ray, MSCT and MRI images before planning surgery and after, and in rehabilitation period were performed in 16 patients. Possibilities of Fusion technology in evaluation of different joint’s elements was carefully illustrated.

Keywords:
фьюжн, виртуальная сонография в режиме реального времени, виртуальная навигация, Fusion УЗИ, эластография, мышечно-склелетная система, fusion, real-time virtual sonography, virtual navigation, Fusion US, elastography, musculo-skeletal system