WorksheetsCh. 8.1 - 8.7 General and Special Sense
Total questions: 104
Worksheet time: 56mins
Of the ear, what is structure #: 2?
Hammer/Malleus
Anvil/Incus
Semicircular canals
External auditory canal/meatus
Tympanic membrane/eardrum
Of the ear, what is structure #: 1?
Pinna (Auricle)
External Auditory Canal/Meatus
Tympanic Membrane (Eardrum)
Hammer (Malleus)
Of the ear, what is structure #: 2?
Pinna (Auricle)
External Auditory Canal/Meatus
Tympanic Membrane (Eardrum)
Hammer (Malleus)
Of the ear, what is structure #: 3?
Pinna (Auricle)
External Auditory Canal/Meatus
Tympanic Membrane (Eardrum)
Hammer (Malleus)
Of the ear, what is structure #: 4?
Pinna (Auricle)
External Auditory Canal/Meatus
Tympanic Membrane (Eardrum)
Hammer (Malleus)
Of the ear, what is structure #: 5?
Anvil (Incus)
Stapes (Sirrup)
Oval Window
Eustachian Tube
Of the ear, what is structure #: 6?
Anvil (Incus)
Stapes (Stirrup)
Oval Window
Eustachian Tube
Of the ear, what is structure #: 7?
Anvil (Incus)
Stapes (Stirrup)
Oval Window
Eustachian Tube
Of the ear, what is structure #: 8?
Anvil (Incus)
Stapes (Stirrup)
Oval Window
Eustachian Tube
Of the ear, what is structure #: 9?
Cochlea
Vestibulocochlear Nerve (CN- VIII)
Vestibule
Semicircular Canals
Of the ear, what is structure #: 10?
Cochlea
Vestibulocochlear Nerve (CN- VIII)
Vestibule
Semicircular Canals
Of the ear, what is structure #: 11?
Cochlea
Vestibulocochlear Nerve (CN- VIII)
Vestibule
Semicircular Canals
Of the ear, what is structure #: 12?
Cochlea
Vestibulocochlear Nerve (CN- VIII)
Vestibule
Semicircular Canals
Of the ear, what is structure #: 3?
Hammer/Malleus
Anvil/Incus
Semicircular canals
External auditory canal/meatus
Tympanic membrane/eardrum
Of the ear, what is structure #: 4?
Hammer/Malleus
Anvil/Incus
Semicircular canals
External auditory canal/meatus
Tympanic membrane/eardrum
Of the ear, what is structure #: 5?
Hammer/Malleus
Anvil/Incus
Semicircular canals
External auditory canal/meatus
Tympanic membrane/eardrum
Of the ear, what is structure #: 6?
Hammer/Malleus
Anvil/Incus
Semicircular canals
External auditory canal/meatus
Tympanic membrane/eardrum
Of the ear, what is structure #: 7?
Stapes/Stirrup
Vestibulocochlear Nerve (CN- VIII)
Cochlea
Auditory Tube/Eustachian Tube
Round Window
Of the ear, what is structure #: 8?
Stapes/Stirrup
Vestibulocochlear Nerve (CN- VIII)
Cochlea
Auditory Tube/Eustachian Tube
Round Window
Of the ear, what is structure #: 9?
Stapes/Stirrup
Vestibulocochlear Nerve (CN- VIII)
Cochlea
Auditory Tube/Eustachian Tube
Round Window
Of the ear, what is structure #: 10?
Stapes/Stirrup
Vestibulocochlear Nerve (CN- VIII)
Cochlea
Auditory Tube/Eustachian Tube
Round Window
Of the ear, what is structure #: 11?
Stapes/Stirrup
Vestibulocochlear Nerve (CN- VIII)
Cochlea
Auditory Tube/Eustachian Tube
Round Window
Of the ear, what is structure #: 12?
Earlobe (Lobule)
Vestibulocochlear Nerve (CN- VIII)
Rim (Helix)
Auditory Tube/Eustachian Tube
Auricle (Pinna)
Of the ear, what is structure #: 13?
Earlobe (Lobule)
Vestibulocochlear Nerve (CN- VIII)
Rim (Helix)
Auditory Tube/Eustachian Tube
Auricle (Pinna)
Of the ear, what is structure #: 14?
Earlobe (Lobule)
Vestibulocochlear Nerve (CN- VIII)
Rim (Helix)
Auditory Tube/Eustachian Tube
Auricle (Pinna)
Of the ear, what structure is lined with ceruminous glands that produce wax and oil glands?
#6: Tympanic membrane/eardrum
#7: Round Window
#8: Auditory Tube/Eustachian Tube
#5: External Auditory Meatus/Auditory Canal
#9: Cochlea
Of the ear, what structure is the exit window from the cochlea that is connected to the SCALA TYMPANI?
#6: Tympanic membrane/eardrum
#7: Round Window
#8: Auditory Tube/Eustachian Tube
#5: External Auditory Meatus/Auditory Canal
#9: Cochlea
Of the ear, what structure is: considered part of the OUTER ear, forms the boundary between the EXTERNAL and MIDDLE EAR, is responsible for converting SOUND WAVES into VIBRATION, and transfers sound energy to the BONES of the MIDDLE EAR?
#6: Tympanic membrane/eardrum
#7: Round Window
#8: Auditory Tube/Eustachian Tube
#5: External Auditory Meatus/Auditory Canal
#9: Cochlea
Of the ear, what structure is: filled with air, responsible for equalizing the pressure of the middle ear with the air pressure outside, and CONNECTS THE MIDDLE EAR TO THE NASOPHARYNX?
#6: Tympanic membrane/eardrum
#7: Round Window
#8: Auditory Tube/Eustachian Tube
#5: External Auditory Meatus/Auditory Canal
#9: Cochlea
Of the ear, what structure is: part of the inner ear responsible for HEARING and houses the Organ of Corti hearing receptors?
#6: Tympanic membrane/eardrum
#7: Round Window
#8: Auditory Tube/Eustachian Tube
#5: External Auditory Meatus/Auditory Canal
#9: Cochlea
Of the ear, what structure is: the first bone (ossicle) that picks up the vibration from the tympanic membrane and passes it to the anvil?
#6: Tympanic membrane/eardrum
#2: Malleus/Hammer
#3: Incus/Anvil
#5: External Auditory Meatus/Auditory Canal
#11: Stapes/Stirrup
Of the ear, what structure is: the SECOND bone (ossicle) that picks up the vibration and passes it?
#6: Tympanic membrane/eardrum
#2: Malleus/Hammer
#3: Incus/Anvil
#5: External Auditory Meatus/Auditory Canal
#11: Stapes/Stirrup
Of the ear, what structure is: the THIRD bone (ossicle) that picks up the vibration and passes it?
#6: Tympanic membrane/eardrum
#2: Malleus/Hammer
#3: Incus/Anvil
#5: External Auditory Meatus/Auditory Canal
#11: Stapes/Stirrup
What is the opening to the inner ear (cochlea) that receives vibration FROM the STIRRUP and causes the vibration to travel through the Cochlea which then stimulates the ORGAN OF CORTI hearing receptors in the cochlea
#7: Round window
#2: Malleus/Hammer
#3: Incus/Anvil
#5: External Auditory Meatus/Auditory Canal
Oval window (not pictured)
What structure is the: EXIT window from the COCHLEA
#7: Round window
#2: Malleus/Hammer
#3: Incus/Anvil
#5: External Auditory Meatus/Auditory Canal
Oval window (not pictured)
What structure of the ear is responsible for: STATIC balance/equilibrium & houses the Maculae sensory receptors?
Vestibule
Malleus/Hammer
Incus/Anvil
Semicircular canals
Oval window
What structure of the INNER ear is responsible for: DYNAMIC balance/equilibrium (HEAD ROTATION) & houses the Cristae Ampullaris sensory receptors?
Vestibule
Malleus/Hammer
Incus/Anvil
Semicircular canals
Oval window
The round (cochlear) window is connected to the:
Scala Vestibuli of the Cochlea
Malleus/Hammer
Scala Tympani
Semicircular canals
Oval window
The oval (vestibular) window is connected to the:
Scala Vestibuli of the Cochlea
Malleus/Hammer
Scala Tympani
Semicircular canals
Oval window
What STRUCTURES connect the Tympanic Membrane to the Oval Window?
Scala Vestibuli of the Cochlea
Malleus/Hammer
Scala Tympani
Stapes/Stirrup
Incus/Anvil
______________ is the FLUID inside the BONY LABYRINTH of the COCHLEA:
Perilymph
Malleus/Hammer
Scala Tympani
Endolymph
Incus/Anvil
______________ is the FLUID inside the MEMBRANOUS LABYRINTH of the COCHLEA:
Perilymph
Malleus/Hammer
Scala Tympani
Endolymph
Incus/Anvil
______________ are the tiny, CALCIUM salt stones that part of the Maculae and roll to a linear change in gravity (static equilibrium)
Perilymph
Malleus/Hammer
Scala Tympani
Endolymph
Otoliths
Static Balance/Equilibrium is:
Linear movement
Depends on changes in gravity/head position
Vestibule of Inner Ear
Angular movement
Depends on rotational movement of the head
Dynamic Balance/Equilibrium is:
Linear movement
Depends on changes in gravity/head position
Semicircular Canals of Inner Ear
Angular movement
Depends on rotational movement of the head
ORDER THE STEPS OF HEARING:
1) Auditory Canal/Meatus
2) Oval Window
3) 3 Ossicles (Malleus/Hammer, Incus/Anvil, Stapes/Stirrup)
4) Cochlea
5) Ear Drum/Tympanic Membrane
6) Round Window
7) Vestibulocochlear Nerve (CN VIII)
8) Primary Auditory Cortex in Temporal Lobe
1, 5, 3, 2, 4, 7, 6, 8
1, 3, 5, 4, 2, 7, 6, 8
7, 3, 5, 4, 2, 1, 6, 8
1, 5, 3, 2, 4, 6, 7, 8
7, 3, 5, 4, 1, 2, 6, 8
Which of the following are: *CONDUCTION* Deafness:
Harry hasn’t cleared his ear wax in 43 years and it is now impacted wax blocking his hearing
Percy was born deaf and his mother says it’s because he only has dead cochlear hair cells
Margaret has a very painful ear infection (fluids in her ear)
Samuel I Amuel was dropped as a baby. As a result the auditory cortex in his brain got damaged and he is now deaf.
Judy perforated/made a hole in her eardrum when all she wanted was a perforated septum
Which of the following are: *Sensorineural* Deafness:
Harry hasn’t cleared his ear wax in 43 years and it is now impacted wax blocking his hearing
Percy was born deaf and his mother says it’s because he only has dead cochlear hair cells
Margaret has a very painful ear infection (fluids in her ear)
Samuel I Amuel was dropped as a baby. As a result the auditory cortex in his brain got damaged and he is now deaf.
Judy perforated/made a hole in her eardrum when all she wanted was a perforated septum
What is the LAST structure of the EXTERNAL ear? (INCLUDED)
Tympanic Membrane/Ear Drum
Cochlea
Ossicles
Auricle
Auditory Canal
Which structure leads from the AURICLE to the TYMPANIC MEMBRANE/EARDRUM?
Tympanic Membrane/Ear Drum
Cochlea
Ossicles
Auricle
Auditory Canal
Which receptor detects: cold/heat
Mechanoreceptor
Thermoreceptor
Photoreceptor
Chemoreceptor
Nociceptor
Which receptor detects: light
Mechanoreceptor
Thermoreceptor
Photoreceptor
Chemoreceptor
Nociceptor
Which receptor detects: taste
Mechanoreceptor
Thermoreceptor
Photoreceptor
Chemoreceptor
Gustatory hair cells
Which receptor detects: EXTREME heat/cold + pressure + inflammation (PAIN)
Mechanoreceptor
Thermoreceptor
Photoreceptor
Chemoreceptor
Nociceptor
Why is it important for Nociceptors to NOT adapt (stop detecting)?
Because nociceptors warn of possible tissue damage or inflammation, and without them we are put into the risk of SEVERE bodily harm, as we will be unaware if our body is being hurt.
I don't know but I'm going to find out!
Nociceptors only detect heat, so if they adapt we won't be able to detect if our hand is burning off
Nociceptors only detect chemicals, so if they adapt we won't be able to detect if there are poisonous chemicals putting us at risk of bodily harm
Which receptor detects: pressure/vibration, stretch, & itch
Mechanoreceptor
Thermoreceptor
Photoreceptor
Chemoreceptor
Nociceptor
Which receptor detects: chemicals
Mechanoreceptor
Thermoreceptor
Photoreceptor
Chemoreceptor
Nociceptor
Which receptor detects: stimulus OUTSIDE the body
Exteroceptors
Thermoreceptor
Interoreceptor/Visceroreceptor
Chemoreceptor
Nociceptor
Which receptor detects: stimulus INSIDE the body in your organs + blood vessels (tissue stretch, temperature changes)
Exteroceptors
Thermoreceptor
Interoreceptor/Visceroreceptor
Chemoreceptor
Nociceptor
Which receptor detects: stretch in skeletal muscles, tendons, joints, ligaments, and connective tissue SO it tells the brain about one's: movement + position
Exteroceptors
Thermoreceptor
Interoreceptor/Visceroreceptor
Proprioreceptor
Nociceptor
Bob is a cat person. His house smells very, VERY strongly of cat litter, but he genuinely can't smell the cat litter. Bob is clearly nose-blind, but says you're gaslighting him. How did that happen?
The cat litter odorants are no longer bonding to his olfactory hair receptor cells
Bob has damage to both his Olfactory nerve and Olfactory Cortex in his Temporal Lobe
After a while in his house, the same odorants of the cat litter scent are still bonded to the olfactory hair receptors in his nose. That being said, to prevent overstimulation, the Olfactory Cortex in his Temporal Lobe stops processing/acknowledging the same, repeating odorant of cat litter sent by the Vestibulocochlear Nerve (CN VIII), even though the odorant is STILL bonded to his olfactory hair receptors.
Bob is right. You are gaslighting him. What cat litter smell?
What is Myopia?
Nearsightedness! Focal point is IN FRONT OF the retina = LONGER than normal eyeball
*Correct with CONCAVE lens
Farsightedness! Focal point is BEHIND the retina = SHORTER than normal eyeball
*Correct with CONVEX lens
What is Hyperopia?
Nearsightedness! Focal point is IN FRONT OF the retina = LONGER than normal eyeball
*Correct with CONCAVE lens
Farsightedness! Focal point is BEHIND the retina = SHORTER than normal eyeball
*Correct with CONVEX lens
Astigmatism is:
Fun!
Farsightedness! Focal point is BEHIND the retina = SHORTER than normal eyeball
*Correct with CONVEX lens
Unequal curvatures in different parts of the cornea or lens
Corrected with cylindrically ground lenses, corneal implants, or laser surgery
Of the eye diagram, structure #1 is the:
Optic Disc
Optic Nerve
Fovea Centralis
Retina
Choroid
Of the eye diagram, what is structure #: 2?
Optic Disc
Optic Nerve
Fovea Centralis
Retina
Choroid
Of the eye diagram, what is structure #: 3?
Optic Disc
Optic Nerve
Fovea Centralis
Retina
Choroid
Of the eye diagram, what is structure #: 5?
Optic Disc
Optic Nerve (CN II)
Fovea Centralis
Retina
Choroid
Of the eye diagram, what is structure #: 6?
Optic Disc/"Blind Spot"
Optic Nerve (CN II)
Fovea Centralis
Retina
Choroid
Of the eye diagram, what is structure #: 7?
Ciliary Zonule
Lens
Vitreous Humor
Aqueous Humor
Cornea
Of the eye diagram, what is structure #: 8?
Ciliary Zonule
Lens
Vitreous Humor
Aqueous Humor
Cornea
Of the eye diagram, what is structure #: 9?
Ciliary Zonule
Lens
Vitreous Humor
Aqueous Humor
Cornea
Of the eye diagram, what is structure #: 10?
Ciliary Zonule
Lens
Vitreous Humor
Aqueous Humor
Cornea
Of the eye diagram, what is structure #: 11?
Ciliary Zonule
Lens
Vitreous Humor
Aqueous Humor
Cornea
Of the eye diagram, what is structure #: 12?
Ciliary Zonule
Iris
Ciliary Body
Sclera
Cornea
Of the eye diagram, what is structure #: 13?
Ciliary Zonule
Iris
Ciliary Body
Sclera
Cornea
Of the eye diagram, what is structure #: 14?
Ciliary Zonule
Iris
Ciliary Body
Sclera
Cornea
Of the eye diagram, what is the FUNCTION of structure #: 1?
Where the optic nerve LEAVES & NO Photoreceptors are found
Connects to the primary visual cortex in the Occipital Lobe
Zone with greatest visual acuity because it is the center for all the cones
Innermost sensory layer of eye = pigment & neural layer with rods (dark) + cones (light- RGB)
Middle region of the eye with pigment & prevents light from scattering in the eyeball
Of the eye diagram, what is the FUNCTION of structure #: 2?
Where the optic nerve LEAVES & NO Photoreceptors are found
Connects to the primary visual cortex in the Occipital Lobe
Zone with greatest visual acuity because it is the center for all the cones
Innermost sensory layer of eye = pigment & neural layer with rods (dark) + cones (light- RGB)
Middle region of the eye with pigment & prevents light from scattering in the eyeball
Of the eye diagram, what is the FUNCTION of structure #: 3?
Where the optic nerve LEAVES & NO Photoreceptors are found
Connects to the primary visual cortex in the Occipital Lobe
Zone with greatest visual acuity because it is the center for all the cones
Innermost sensory layer of eye = pigment & neural layer with rods (dark) + cones (light- RGB)
Middle region of the eye with pigment & prevents light from scattering in the eyeball
Of the eye diagram, what is the FUNCTION of structure #: 5?
Where the optic nerve LEAVES & NO Photoreceptors are found
Connects to the primary visual cortex in the Occipital Lobe
Zone with greatest visual acuity because it is the center for all the cones
Innermost sensory layer of eye = pigment & neural layer with rods (dark) + cones (light- RGB)
Middle region of the eye with pigment & prevents light from scattering in the eyeball
Of the eye diagram, what is the FUNCTION of structure #: 6?
Where the optic nerve LEAVES & NO Photoreceptors are found = blind spot
Connects to the primary visual cortex in the Occipital Lobe
Zone with greatest visual acuity because it is the center for all the cones
Innermost sensory layer of eye = pigment & neural layer with rods (dark) + cones (light- RGB)
Middle region of the eye with pigment & prevents light from scattering in the eyeball
Of the eye diagram, what is the FUNCTION of structure #: 7?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Refracts light on retina = Bulges to look at nearby objects
Holds lens in place & connects ciliary body to lens of eye
PLASMA- LIKE fluid = supplies nutrients to lens + cornea & CONTINUOUSLY CIRCULATES = reabsorbed through Canal of Schlemm
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Of the eye diagram, what is the FUNCTION of structure #: 8?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Refracts light on retina = Bulges to look at nearby objects
Holds lens in place & connects ciliary body to lens of eye
PLASMA- LIKE fluid = supplies nutrients to lens + cornea & CONTINUOUSLY CIRCULATES = reabsorbed through Canal of Schlemm
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Of the eye diagram, what is the FUNCTION of structure #: 9?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Refracts light on retina = Bulges to look at nearby objects
Holds lens in place & connects ciliary body to lens of eye
PLASMA- LIKE fluid = supplies nutrients to lens + cornea & CONTINUOUSLY CIRCULATES = reabsorbed through Canal of Schlemm
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Of the eye diagram, what is the FUNCTION of structure #: 10?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Refracts light on retina = Bulges to look at nearby objects
Holds lens in place & connects ciliary body to lens of eye
PLASMA- LIKE fluid = supplies nutrients to lens + cornea & CONTINUOUSLY CIRCULATES = reabsorbed through Canal of Schlemm
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Of the eye diagram, what is the FUNCTION of structure #: 11?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Refracts light on retina = Bulges to look at nearby objects
Holds lens in place & connects ciliary body to lens of eye
PLASMA- LIKE fluid = supplies nutrients to lens + cornea & CONTINUOUSLY CIRCULATES = reabsorbed through Canal of Schlemm
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Of the eye diagram, what is the FUNCTION of structure #: 12?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Color of eye around the pupil with 2 smooth muscles which contract or relax depending on the light
Secretes aqueous humor into the intraocular cavity
Outermost fibrous layer of eye & WHITE of eye + site of insertion of ALL extrinsic muscles
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Of the eye diagram, what is the FUNCTION of structure #: 13?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Color of eye around the pupil with 2 smooth muscles which contract or relax depending on the light
Secretes aqueous humor into the intraocular cavity
Outermost fibrous layer of eye & WHITE of eye + site of insertion of ALL extrinsic muscles
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Of the eye diagram, what is the FUNCTION of structure #: 14?
GEL-LIKE fluid reinforces eyeball & prevents collapse = intraocular pressure & does not circulate
Color of eye around the pupil with 2 smooth muscles which contract or relax depending on the light
Secretes aqueous humor into the intraocular cavity
Outermost fibrous layer of eye & WHITE of eye + site of insertion of ALL extrinsic muscles
Transparent central portion of Sclera = refraction/ bending of light rays onto retina
Which of the following structures make up the: Fibrous Layer
Cornea
Choroid
Iris
Ciliary Body
Sclera
Which of the following structures make up the: Vascular Layer
Cornea
Choroid
Iris
Ciliary Body
Sclera
Which of the following structures make up the: Nervous Layer
Cornea
Retina
Iris
Ciliary Body
Sclera
Layers of the Eye from OUTERMOST to INNERMOST:
Vascular, Nervous, Fibrous
Nervous, Vascular, Fibrous
Fibrous, Vascular, Nervous
Fibrous, Nervous, Vascular
Of the eye muscles, the following are TRUE of the Lateral Rectus muscle:
Moves eye Laterally
Innervated by CN VI- Abducens
Moves eye Medially
Innervated by CN III- Oculomotor
Innervated by CN IV- Trochlear
Of the eye muscles, the following are TRUE of the MEDIAL Rectus muscle:
Moves eye Laterally
Innervated by CN VI- Abducens
Moves eye Medially
Innervated by CN III- Oculomotor
Innervated by CN IV- Trochlear
Of the eye muscles, the following are TRUE of the SUPERIOR Rectus muscle:
Moves eye UP (Elevates) + Medially
Innervated by CN VI- Abducens
Moves eye Medially
Innervated by CN III- Oculomotor
Innervated by CN IV- Trochlear
Of the eye muscles, the following are TRUE of the INFERIOR Rectus muscle:
Moves eye UP (Elevates) + Medially
Innervated by CN VI- Abducens
Moves eye DOWN (Depresses) + Medially
Innervated by CN III- Oculomotor
Innervated by CN IV- Trochlear
Of the eye muscles, the following are TRUE of the INFERIOR OBLIQUE muscle:
Moves eye UP (Elevates) + Medially
Moves eye UP (Elevates) + Laterally
Moves eye DOWN (Depresses) + Medially
Innervated by CN III- Oculomotor
Innervated by CN IV- Trochlear
Of the eye muscles, the following are TRUE of the SUPERIOR OBLIQUE muscle:
Moves eye UP (Elevates) + Medially
Moves eye DOWN (Depresses) + Laterally
Moves eye DOWN (Depresses) + Medially
Innervated by CN III- Oculomotor
Innervated by CN IV- Trochlear
Order the steps of OLFACTION (Smell):
1) Odorants bind to Olfactory hair receptors in olfactory epithelium
2) CN I (Olfactory) crosses through olfactory foramina & enters Olfactory Bulb
3) Signals reach Olfactory Cortex in Temporal Lobe & Limbic System (Emotional Brain)
4) Odorants (substances in a solution we smell) enter the NASAL CAVITY
5) 2nd Action Potential triggered & travels along Olfactory Tract
6) You can SMELL! YAY! It's your grandpa's favorite cologne!
7) Triggers Action Potential in Olfactory Nerve (CN I)
4, 7, 1, 2, 5, 3, 6
6, 7, 1, 2, 5, 3, 4
1, 2, 3, 4, 5, 6, 7
4, 1, 7, 2, 5, 3, 6
Damage to the olfactory receptors would MAINLY cause:
Loss of vision
Loss of smell
Loss of taste
Loss of fun
Which structure carries sensory input/SENSATION for hearing andbalance
CN III- Oculomotor
CN VI- Abducens
CN VIII- Vestibulocochlear nerve
CN I- Olfactory Nerve
Order the steps of GUSTATION (Taste):
1) Tastants (Substances we taste in a solution)
2) Facial CN-VII (anterior 2/3 of tongue), Hypoglossal CN-IX, Vagus CN-X send action potential to the solitary nucleus of the BRAIN STEM
3) Travels to Ventral posterior medial nucleus of Thalamus
4) Travels to hypothalamus & Amygdala
5) Gustatory RECEPTORS in the Taste buds found on the tongue get stimulate
6) Travels to the GUSTATORY CORTEX in the Insula Lobe
1, 2, 5, 4, 3, 6
1, 2, 4, 4, 3, 6
1, 5, 2, 4, 3, 6
1, 2, 3, 4, 3, 6
