Аннотация:
Purpose. To assess the possibilities of functional multispiral computed tomography (fMSCT) in orbital tumors. Materials and methods. The patient M, 55 years old, was admitted to ENT doctor with complaints of difficulty in nasal breathing and nasal discharge. After clinical and in-strumental examination, orbital tumor in the posterior part near the oculomotor muscle and optic nerve was found. To clarify the state of the optic nerve and its involvement in the pro-cess, the patient was referred by an ophthalmologist to an additional orbit examination us-ing functional MSCT. Functional MSCT was performed on a multispiral computer tomograph Toshiba Aq-uilion One 640, with slice thickness 0.5 mm, in the soft-tissue mode. During the study, the patient made eye movements from the central position upwards, then down, to the right, to the left, with a return to the central position. The time of functional eye movement study was 7 seconds. Results. During the functional MSCT the optic nerves were
Серова Н. С. Наталья Сергеевна 1979-
Саакян С. В.
Исраелян Ш. О. Шушаник Оганесовна 1992-
Павлова О. Ю. Ольга Юрьевна 1989-
Амирян А. Г.
Serova N. S. Natal`ya Sergeevna 1979-
Saakyan S. V.
Israelyan Sh. O. Shushanik Oganesovna 1992-
Pavlova O. Yu. Ol`ga Yuryevna 1989-
Amiryan A. G.
The possibilities of the functional MSCT in orbital tumor diagnosis
Текст визуальный непосредственный
Российский электронный журнал лучевой диагностики
Национальный конгресс лучевых диагностов
Т. 8, Вып. 1 С. 187-193
2018
Статья
Diagnostic study FMSCT MSCT Orbital tumor
Purpose. To assess the possibilities of functional multispiral computed tomography (fMSCT) in orbital tumors. Materials and methods. The patient M, 55 years old, was admitted to ENT doctor with complaints of difficulty in nasal breathing and nasal discharge. After clinical and in-strumental examination, orbital tumor in the posterior part near the oculomotor muscle and optic nerve was found. To clarify the state of the optic nerve and its involvement in the pro-cess, the patient was referred by an ophthalmologist to an additional orbit examination us-ing functional MSCT. Functional MSCT was performed on a multispiral computer tomograph Toshiba Aq-uilion One 640, with slice thickness 0.5 mm, in the soft-tissue mode. During the study, the patient made eye movements from the central position upwards, then down, to the right, to the left, with a return to the central position. The time of functional eye movement study was 7 seconds. Results. During the functional MSCT the optic nerves were