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视力主导,生物识别参数和折射状态分析眼睛主导的作用

Roshni Robert¹, Mahesh Babu¹, Krishnendu Unnikannan¹

¹Department of Ophthalmology, KVG Medical College and Hospital, Karnataka, India.

Beyoglu eye journal

|July 31, 2023

概括

眼睛的主导性影响眼睛的测量,主导眼睛显示了眼和轴长度的差异,特别是在异度眼睛中. 这些发现可能会改进折射手术和单视治疗.

科学领域:

眼科医生眼科眼科
视光学测量视光学测量视光学测量
眼睛的生物识别技术

背景情况:

眼睛主导,一种眼睛比另一只眼睛更喜欢,是众所周知的现象.
了解它与折射状态和生物识别参数的关系对于个性化眼睛护理至关重要.

研究的目的:

调查眼睛优势与关键生物识别参数之间的关联.
探索如何折射状态 (缩,近视,高视) 与眼睛主导相互作用.
确定对折射手术和视力纠正策略的临床影响.

主要方法:

在没有病态眼睛的参与者中,使用"卡片中的洞测试"来评估眼睛的主导地位.
参与者接受了视力敏度检查,生物识别测量 (包括轴长和角质测量) 和折射.
数据使用IBM SPSS软件进行分析.

主要成果:

在660名参与者中,76.97%的右眼占主导地位.
主导的眼睛表现出更大的水平角质量测量 (K1) 在emmetropes和hyperopes (p<0.001).
在主导眼中,近视和高近视的轴长明显更长 (p<0.001).
在异形眼睛中,主导眼睛更近视,轴长更大;相反,在异形眼睛中,非主导眼睛更近视.
发现主导的眼睛更容易出现.

结论:

眼睛主导与生物识别参数的显著差异有关,包括角质量测量和轴长.
这些差异在近视和高近视的异视人群中尤为明显.
考虑到折射手术和单视治疗中的眼部主导地位,可能会提高患者的满意度和治疗结果.
规范性生物识别数据应该考虑眼睛的侧向性.

关键词:

轴长度轴长度轴长度测角质量测量 (keratometry) 是一种测角质量测量方法.眼部生物识别仪器折射方式折射方式折射误差是因为折射误差是因为折射误差.观测占主导地位

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