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145 Cards in this Set

  • Front
  • Back
orbital cavity bones
frontal sphenoid ethmoid maxilla zygomatic lacrimal palatine
palpebra
levator palpebralis
orbicularis oculi
eyelids
open eyes
close and squints
canthus
caruncle
meibomial glands
blepharitis
hordeolum
corners of eye
knobby flesh inside corner
white dots that release oil
eyelid pimple
conjunctiva
conjunctivitis
thin layer of mucosal cells on cornea that cleans and feeds it
pink eye
lacrimal glands
located in frontal notch
tears come out
TEARS GET RID OF EMOTIONS CLEAN WARM AND HYDRATE
adipose
fascia
fat cushion insulator
loose connective tissue web to hold on place
iris
regulates amount of light in eyes and color of eye
iris
regulates amount of light in eyes and color of eye
ciliary bodies
change shape of lens (muscle)
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
schlera
white of eyes tough eye ball sack
maintains shape of eye filled with fluid
muscles attached to this
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
schlera
white of eyes tough eye ball sack
maintains shape of eye filled with fluid
muscles attached to this
schlemm canals
cornea and schlera meet
drains excess aqueous to veins
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
schlera
white of eyes tough eye ball sack
maintains shape of eye filled with fluid
muscles attached to this
schlemm canals
cornea and schlera meet
drains excess aqueous to veins
glaucoma
too much aqeuous untrained by schlemm
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
schlera
white of eyes tough eye ball sack
maintains shape of eye filled with fluid
muscles attached to this
schlemm canals
cornea and schlera meet
drains excess aqueous to veins
glaucoma
too much aqeuous untrained by schlemm
choroid
middle layer
blood vessels here so deep purple
anterior iris
2 layers of Melanocytes
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
aniscorea
heterochroma
pupils diff sizes
eye colors diff
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
schlera
white of eyes tough eye ball sack
maintains shape of eye filled with fluid
muscles attached to this
schlemm canals
cornea and schlera meet
drains excess aqueous to veins
glaucoma
too much aqeuous untrained by schlemm
choroid
middle layer
blood vessels here so deep purple
anterior iris
2 layers of Melanocytes
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
aniscorea
heterochroma
pupils diff sizes
eye colors diff
retina
neuron layer
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
schlera
white of eyes tough eye ball sack
maintains shape of eye filled with fluid
muscles attached to this
schlemm canals
cornea and schlera meet
drains excess aqueous to veins
glaucoma
too much aqeuous untrained by schlemm
choroid
middle layer
blood vessels here so deep purple
anterior iris
2 layers of Melanocytes
rectus muscles
obliques
superior inferior medial (middle) lateral outside
superior- down and out TROCHLEAR
inferior - up and out OCULOMOTOR
aniscorea
heterochroma
pupils diff sizes
eye colors diff
retina
neuron layer
rods
night vision
retinine and Opsin make rhodopsin to make purple and yellow with vitamin a or vitacarotene
achromatic vision
extrafovealis - periphery
nyctalipia -night blindness
saccades
scanning
quick snapshots
following or tracking
strabismus
amblyopia
diplopia
one eye crosses
lazy eye
double vision
optic foramen
superior orbital fissure
for optic nerve
opening for nerves to enter eye
cornea
fed by fluid inside eye
MAJOR SIGHT OF LIVHT REFRACTION
astigmatism
keratitis
cornea not perf curved
inflamed cornea
schlera
white of eyes tough eye ball sack
maintains shape of eye filled with fluid
muscles attached to this
schlemm canals
cornea and schlera meet
drains excess aqueous to veins
glaucoma
too much aqeuous untrained by schlemm
choroid
middle layer
blood vessels here so deep purple
anterior iris
2 layers of Melanocytes
myopia
hyperopia
plesbyopia
near sighted - eyeball too long
far sighted - eyeball too short
comes with old age lens is elastic hard to accomadate
color blindness
monochromatic- black and white vision
trichromatic - norm
dichromatic - color blindness
tetra - super vision
cones
mostly in macula lutea
chromatic vision
center foveacentralis behind pupil see green red blue
purkinjeshift from chro to achro
cones
mostly in macula lutea
chromatic vision
center foveacentralis behind pupil see green red blue
purkinjeshift from chro to achro
bipolar bodies
multiganglion bodies
light insensitive neuron
sensitive to sky blue light (melatonin)
cones
mostly in macula lutea
chromatic vision
center foveacentralis behind pupil see green red blue
purkinjeshift from chro to achro
bipolar bodies
multiganglion bodies
light insensitive neuron
sensitive to sky blue light (melatonin)
retina detachments
trauma more nearsighted
vitreous breaks loose connective tissue
boxers eye
cones
mostly in macula lutea
chromatic vision
center foveacentralis behind pupil see green red blue
purkinjeshift from chro to achro
bipolar bodies
multiganglion bodies
light insensitive neuron
sensitive to sky blue light (melatonin)
retina detachments
trauma more nearsighted
vitreous breaks loose connective tissue
boxers eye
macular degeneration
old people
wet bleeding
dry hard to fix
vision lost from center to outside
cones
mostly in macula lutea
chromatic vision
center foveacentralis behind pupil see green red blue
purkinjeshift from chro to achro
bipolar bodies
multiganglion bodies
light insensitive neuron
sensitive to sky blue light (melatonin)
retina detachments
trauma more nearsighted
vitreous breaks loose connective tissue
boxers eye
macular degeneration
old people
wet bleeding
dry hard to fix
vision lost from center to outside
retinitis pigmentosa
genetic recessive start in teens blind in 20s
lens
bikeratinized transparent
held by suspensory ligaments attached to ciliary bodies
for focus
2nd light refraction site
lens
bikeratinized transparent
held by suspensory ligaments attached to ciliary bodies
for focus
2nd light refraction site
cataracts
cloudiness of lens AGE SMOKING GENETICS
lens
bikeratinized transparent
held by suspensory ligaments attached to ciliary bodies
for focus
2nd light refraction site
cataracts
cloudiness of lens AGE SMOKING GENETICS
aqueous
vitreous
fluid in front on lens CLEAR
fluid behind lens GELLIKE
lens
bikeratinized transparent
held by suspensory ligaments attached to ciliary bodies
for focus
2nd light refraction site
cataracts
cloudiness of lens AGE SMOKING GENETICS
aqueous
vitreous
fluid in front on lens CLEAR
fluid behind lens GELLIKE
vision
color
shape
depth
movement
180 degrees of vision
lens
bikeratinized transparent
held by suspensory ligaments attached to ciliary bodies
for focus
2nd light refraction site
cataracts
cloudiness of lens AGE SMOKING GENETICS
aqueous
vitreous
fluid in front on lens CLEAR
fluid behind lens GELLIKE
vision
color
shape
depth
movement
180 degrees of vision
retinal image
binocular vision
after image
ROYGBIV
inverted
eyes work together to see same thing
b and w bleed and so do bright colors
rainbows visual spectrum infrared on left and uv on right
lens
bikeratinized transparent
held by suspensory ligaments attached to ciliary bodies
for focus
2nd light refraction site
cataracts
cloudiness of lens AGE SMOKING GENETICS
aqueous
vitreous
fluid in front on lens CLEAR
fluid behind lens GELLIKE
vision
color
shape
depth
movement
180 degrees of vision
retinal image
binocular vision
after image
ROYGBIV
inverted
eyes work together to see same thing
b and w bleed and so do bright colors
rainbows visual spectrum infrared on left and uv on right
stereoscopic
see in 3d
eyes close to see same slight diff
saccades - snapshots
right field info to left brain and vice versa
lens
bikeratinized transparent
held by suspensory ligaments attached to ciliary bodies
for focus
2nd light refraction site
cataracts
cloudiness of lens AGE SMOKING GENETICS
aqueous
vitreous
fluid in front on lens CLEAR
fluid behind lens GELLIKE
vision
color
shape
depth
movement
180 degrees of vision
retinal image
binocular vision
after image
ROYGBIV
inverted
eyes work together to see same thing
b and w bleed and so do bright colors
rainbows visual spectrum infrared on left and uv on right
stereoscopic
see in 3d
eyes close to see same slight diff
saccades - snapshots
right field info to left brain and vice versa
spherical aberration
chromatic abberation
flat eyeball cornea not bent
halo effect blurry in cornea