분야
ppt색각 이상자의 취업 제한
색맹에 대한 가장 큰 오해
색맹이란 무엇인가?
Pathophysiology
Classification
Monochromacy
Dichoromacy
What we see…
Anomalous trichromacy
Classification
Epidemiology
Red-green color blindness
Diagnosis: 색각이상 검사
Ishihara Test
Hardy-Rand-Rittler Test
Farnsworth-Munsell Tests
Anomaloscope
Treatment & Management
Design implications of color blindness
색맹에 대한 가장 큰 오해
Summary
Reference
Color blindness
Dyschromatopsia
Color vision deficiency
Inability to perceive differences between some or all colors that other people can distinguish
Pathophysiology
Three distinct classes of cone photoreceptor
Long-wavelength sensitive cones
Medium-wavelength sensitive cones
Short-wavelength sensitive cones
The three classes of cone photoreceptors are distributed irregularly in the retina.
Abnormalities of one or more photoreceptors lead to color blindness
Classification
By etiology
Monochromacy (total color blindness)
Dichromacy
Anomalous trichromacy
By clinical appearance
Total color blindness
Partial color blindness
Red-green color blindness
Blue-yellow color blindness
Classification
By etiology
Monochromacy (total color blindness)
Dichromacy
Anomalous trichromacy
By clinical appearance
Total color blindness
Partial color blindness
Red-green color blindness
Blue-yellow color blindness
Kokotailo R, Kline D. “Congenital Colour Vision Deficiencies” University of Calgary, Department of Psychology, Vision & Aging Lab. Accessed September 29, 2006
“Color blindness”, Wikipedia encyclopedia, 2007
Conrad G. Muller et al., Light and Vision 8th ed., 1989, Time life books, p.57, pp. 83~93
신영주, 서한전산화색각검사를 이용한 색상보정프로그램의 유효성, 2006, p.22
