Question
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SuperGalaxyWombat24
1) The bundle of ganglion cell axons that project out of the eye is…
1) The bundle of ganglion cell axons that project out of the eye is called the _____________________________________________.
2) Odor transduction causes a _________ in olfactory sensory neurons
3) Color vision is associated with cortical area __________.
4) The location where retinal ganglion cell axons leave the retina is called the _________.
5) The part of the eye that has the greatest visual acuity (that is, is sensitive to the greatest level of detail in the visual image) is called the _______________________.
6) Primary visual cortex is located in the _________ lobe.
7) _____________________ is a technique that visualizes neural activity by using a modified jellyfish gene.
8) The visual brain areas in which neurons are more sensitive to object properties — (e.g., shape, color) are known collectively as __________________________________.
9) The visual brain areas in which neurons are more sensitive to spatial properties/motion
are known collectively as __________________________________.
10) Roughly half of the axons that leave the retina cross over to the contralateral hemisphere of the brain. The structure in which they cross is the _____________________.
Group of answer choices
1)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
2)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
3)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
4)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
5)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
6)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
7)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
8)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
9)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
10)
[ Choose ] Occipital Retina Amygdala where pathway/ dorsal stream cerebellum Ca-imaging what pathway/ventral stream Optic nerve Frontal Nucleus accumbens Parietal Simple cell Cone Hyperpolarization V4 Rod Fusiform Face Area Blind spot Temporal Dopamine Olfactory cortex Optic chiasm Fovea Primary visual cortex Occipital lobe Depolarization MT Lateral geniculate nucleus
