Zhonghua yi xue za zhi · 2010
[Application of Octopus 101 automated perimetry with kinetic and static program in patients with the anterior ischemic optic neuropathy].
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Wang Ren-yan, Zhong Yong, Dong Fang-tian, Zhao Peng, Shi Wei, Song De-lu
Аннотация
OBJECTIVE: To investigate the clinical significance of the Octopus 101 kinetic and Static combined automatic perimetry in Anterior Ischemic Optic Neuropathy (AION). To assess the merit and demerit of Octopus 101 kinetic and static combined automatic perimetry performed in AION cases.
METHODS: 45 AION patients were detected with Octopus 101 with kinetic and static 30 degrees, 60 degrees scope static program from June 2006 to September 2008. The mean defect (MD), loss variance (LV), areas of isopter, and reaction time were analyzed. The correlation between MD, areas of isopter and reaction time were analyzed.
RESULTS: In AION, there are kinds of visual field defect related to the optic lesions in static perimetry examine. Kinetic programme display the isopter deletion. Isopter areas using I-2e and III-4e stimulus are significantly different (P < 0.05). Smaller stimulus can find more periphery changes in AION.
CONCLUSIONS: The Octopus 101 perimeter can provide static and kinetic program in the same sitting. In clinical practice it is necessary to perform both static and kinetic examination in patients with AION because the visual field defects are diverse, and the data provided by static and kinetic program are complementary.
METHODS: 45 AION patients were detected with Octopus 101 with kinetic and static 30 degrees, 60 degrees scope static program from June 2006 to September 2008. The mean defect (MD), loss variance (LV), areas of isopter, and reaction time were analyzed. The correlation between MD, areas of isopter and reaction time were analyzed.
RESULTS: In AION, there are kinds of visual field defect related to the optic lesions in static perimetry examine. Kinetic programme display the isopter deletion. Isopter areas using I-2e and III-4e stimulus are significantly different (P < 0.05). Smaller stimulus can find more periphery changes in AION.
CONCLUSIONS: The Octopus 101 perimeter can provide static and kinetic program in the same sitting. In clinical practice it is necessary to perform both static and kinetic examination in patients with AION because the visual field defects are diverse, and the data provided by static and kinetic program are complementary.