Wavelengths Flashcards
Violet
380-450
Yellow
570-590
Green
495-570
Red
620-750
Blue
450-495
Orange
590-620
Anamolscope Mixture
590 (yellow) with Red (670) and Green (546)
Peak discrimination for normals
495 (B/G) and 590 (Y/O)
Peak discrimination for pro and deu
495 (B/G)
Peak desaturation wavelength for Normals
Yellow 578
Peak Desaturation for Pro
492
Peak Desaturation for Deu
498
Invariant Blue
478
Invariant green
503
Invariant Yellow
578
Wavelengths below invariant green will appear more ____ as they get brighter
BLUE
Wavelengths above invariant green will appear more ____as they get brigher
YELLOW
Proton copunctal point
700 nm (Red)
Duetan copunctal point
Compliment of 500 in extraspectal area (purple)
Tritan copunctal point
380 violet
Deutan neutral point
498 (green)
Protan neutral point
492 (blue)
Tritan neutral point
569 (yellow)
Protonopia peak
530
Deutanopia peak
560
Rods peak
507
S cone
426 (violet blue)
M cone
530 (green)
L cone peak
557 (green)
All cones
555
CIE colors
700 (RED), 550 (green), 380 (violet)
Melanopsin Neutral point
483
When do we all become dichromats
Past 550
Standard Illuminant A
2800 (incandescent bulb)
Standard illuminant B
4800 (sun)
Standard illuminant C
6800 (overcast day)
Variant peak for tetrachromats
552 (yellow)
Peak contrast
4 cpd or 20/150 (magno)
Threshold contrast
30 cpd or 20/20 (parvo)
Flicker peak
10 hz
Flicker threshold
70 hz
.3 ND
50%
2 ND
1 %
.6 ND
25%
1 ND
10%
3 ND
.1%
Koniocellular spatial
5 arc min
Koniocellular temporal
50 milliseconds
Koniocellular CFF
20 Hz
Ipsilateral layers of lgn
2,3,5
Kollner’s B/Y
Media and outer retinal defects. Include nuclear sclerosis, ARMD, and diabetic retinopathy (most common)
Kollner’s R/G
Inner retinal defects. Include optic neuritis, leber’s syndrome, and toxic amblyopia.