Coleman D J, Dallow R L, Smith M E
Int Ophthalmol Clin. 1979 Winter;19(4):67-102. doi: 10.1097/00004397-197901940-00005.
In eyes with opaque media, ophthalmic ultrasound provides a unique source of information that can dramatically affect the course of patient management. In addition, when an ocular abnormality can be visualized, ultrasonography provides information that supplements and complements other diagnostic testing. It provides documentation and differentiation of abnormal states, such as vitreous hemorrhage and intraocular tumor, as well as differentiation of orbital tumors from inflammatory causes of exophthalmos. Additional capabilities of ultrasound are biometric determinations for calculation of intraocular lens implant powers and drug-effectiveness studies. Maximal information is derived from ultrasonography when A-scan and B-scan techniques are employed simultaneously. Flexibility of electronics, variable-frequency transducers, and the use of several different manual scanning patterns aid in detection and interpretation of results. The immersion system of ultrasonography provides these features optimally.
在存在屈光间质混浊的眼中,眼科超声提供了一种独特的信息来源,可显著影响患者的治疗过程。此外,当眼部异常能够被可视化时,超声检查可提供补充和完善其他诊断测试的信息。它能对异常状态进行记录和鉴别,如玻璃体积血和眼内肿瘤,还能区分眼眶肿瘤与眼球突出的炎症性病因。超声的其他功能包括用于计算人工晶状体植入度数的生物测量以及药物疗效研究。当同时采用A超和B超技术时,可从超声检查中获得最大信息量。电子设备的灵活性、可变频率换能器以及几种不同手动扫描模式的使用有助于检测和解读结果。超声检查的浸入式系统能最佳地提供这些特性。