Across
- 5. Layer of the retina that contains photoreceptors
- 9. Retinal Ganglion cells that send signals to magnocellular layers
- 10. Visual pathway that runs from V1 to V2 into V4 and then to the inferotemporal cortex
- 11. Receives signals from photoreceptors
- 12. sensitive to low levels of light. Helps with night vision
- 14. Layers of lateral geniculate nucleus which the nucleus has small cell bodies
- 16. Retinal ganglion cells that send signals to the parvocellular layers
- 18. Helps to control eye movements; located near the top of brain stem
- 20. Bottom of the temporal lobe
- 22. Part of the occipital lobe where signals flow from the lateral geniculate nucleus
- 23. Contains synapses among bipolar,retinal, and amacrine ganglion cells
- 24. Crossing of the optic nerves
- 25. This layer contains synapse among photoreceptors, horizontal cells and bipolar cells
- 27. Visual pathway that runs from V1 to V2 into MT then to the parietal cortex; relates to an object's location or motion
- 28. Layers of lateral geniculate nucleus which the nucleus has small cell bodies
- 29. Provides detailed information about the light they transduce; color
Down
- 1. Near the center of the brain; perceives motion and space
- 2. Receives signals from and sends signals to photoreceptors
- 3. Layers of cells attached to the choroid
- 4. This layer contains horizontal, amacrine, and bipolar cells
- 6. Sends action potentials to the brain through the optic nerve
- 7. Layers of lateral geniculate nucleus which the nucleus have large cell bodies
- 8. This layer has retinal ganglion cells
- 10. Transmits the separate types of information that define two large scale pathways
- 13. Formed by bundling together of axons from retinal ganglion cells
- 15. Located in the occipital lobe; consists of neurons that respond selectively to color/curvature
- 17. Continuation of optic nerve past the optic chiasm
- 19. Retinal Ganglion cells that send signals to the koniocellular layers
- 21. Middle temporal lobe. Consists of neurons that selectively respond to speed of motion/direction
- 26. Recieves signals from and sends to bipolar and amacrine cells
