Proposal for a Novel Severity Grading System for Pterygia Based on Corneal Topographic Data

Miyata Kazunori; Minami Keiichiro; Otani Atsushi; Tokunaga Tadatoshi; Tokuda Shouta; Amano Shiro

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Proposal for a Novel Severity Grading System for Pterygia Based on Corneal Topographic Data

机译：基于角膜地形数据的翼状胬肉新型严重性分级系统的提案

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摘要

Purpose: To propose a grading system of pterygium severity based on corneal higher-order irregularity (HOI) and to evaluate postoperative changes in corneal irregularity of the graded pterygia.

机译：目的：提出基于角膜高阶不规则性（HOI）的翼状胬肉严重程度的分级系统，并评估翼型术后角膜不规则性的术后变化。

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来源
《Cornea》 |2017年第7期|共7页
作者
Miyata Kazunori; Minami Keiichiro; Otani Atsushi; Tokunaga Tadatoshi; Tokuda Shouta; Amano Shiro;
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作者单位

Miyata Eye Hosp 6-3 Kurahara Cho Miyakonojo Miyazaki 8850051 Japan;

Miyata Eye Hosp 6-3 Kurahara Cho Miyakonojo Miyazaki 8850051 Japan;

Tomey Corp Nagoya Aichi Japan;

Miyata Eye Hosp 6-3 Kurahara Cho Miyakonojo Miyazaki 8850051 Japan;

Kagoshima Miyata Eye Clin Kagoshima Japan;

Inouye Eye Hosp Tokyo Japan;

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原文格式 PDF
正文语种 eng
中图分类眼科学;
关键词
pterygium; corneal irregularity; pterygiectomy; Fourier harmonic analysis; Placido topography;

机译：翼状胬肉;角膜不规则;翼状胬肉切除术;傅立叶谐波分析;Placido地形;

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1. Proposal for a Novel Severity Grading System for Pterygia Based on Corneal Topographic Data [J] . Miyata Kazunori, Minami Keiichiro, Otani Atsushi, Cornea . 2017,第7期

机译：基于角膜地形数据的翼状胬肉新型严重性分级系统的提案
2. Differentiation of mild keratoconus from corneal warpage according to topographic inferior steepening based on corneal tomography data [J] . Rosane Correa, Renato Ambrósio Jr., Ana Laura Caiado Canedo, Arquivos Brasileiros de Oftalmologia . 2016,第4期

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3. Clinical course analysis following cataract surgery in patients with Fuchs' endothelial corneal dystrophy using severity grading based on anterior segment optical coherence tomography [J] . Oie Yoshinori, Komoto Shinpei, Kawasaki Ryo, Investigative ophthalmology & visual science . 2019,第9期

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4. Development of a Single-Leaf Disease Severity Automatic Grading System Based on Image Processing [C] . Guanlin Li, Zhanhong Ma, Haiguang Wang International conference on information technology and software engineering;ITSE2012 . 2013

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5. The Changes of Posterior Corneal Curvature, Topographic Corneal Thickness and Corneal Biomechanical Properties from Overnight Orthokerotology Lens Wear and Recoveries of These Parameters. [D] . Chen, Davie. 2011

机译：过夜角膜塑形镜配戴后角膜曲率，角膜地形图厚度和角膜生物力学特性的变化以及这些参数的恢复。
6. Acute appendicitis: proposal of a new comprehensive grading system based on clinical imaging and laparoscopic findings [O] . Carlos Augusto Gomes, Massimo Sartelli, Salomone Di Saverio, 2015

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7. Differentiation of mild keratoconus from corneal warpage according to topographic inferior steepening based on corneal tomography data [O] . Lia Florim Patrão, Ana Laura Caiado Canedo, João Luiz Peixoto Braga de Azevedo, 2016

机译：基于角膜断层扫描数据根据地形低陡角度分化角膜翘曲的温和圆锥角膜
8. Demonstration of a Regional Burn Care System. Sub-Task C-1: Development of a Burn Injury Severity Grading System [R] . Frank, H. A. , Wachtel, T. L. , Berry, C. C. , 1980

机译：区域烧伤护理系统的示范。子任务C-1：烧伤伤害严重程度分级系统的开发

Proposal for a Novel Severity Grading System for Pterygia Based on Corneal Topographic Data

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