| pulvinar | | Describes ennervation to layers 1, 4, and 6 of the LGN |
| efferent | | These LGN cells are blue-yellow opponent in all six layers |
| contralateral | | This part of the thalamus is a valve for hearing (audition) |
| optictractnucleus | | The common result of long-term suppression of an amblyopic eye |
| hypothalamus | | Midbrain structure that controls the vestibular-ocular reflex |
| parvocellular | | Human LGN cells are different than feline LGN cells because they are... |
| strabismus | | The equivalent of the optic tectum in frogs, controls reflex foveation |
| magnocellular | | Brain structure that integrates spatial coding and feature binding |
| ipsilateral | | Brain structure that looks like a salmon steak when you slice it |
| koniocellular | | Brain structure that controls circadian rhythms, mood and behavior |
| lateralgeniculate | | Four-fifths of inputs to the LGN are this type |
| pretectum | | Describes ennervation to layers 2, 3, and 5 of the LGN |
| nystagmus | | Poor fixation expected to reduce acuity (or because of reduced acuity) in ocular albinism |
| monocular | | A LSD flashback might tigger this mixing of the senses |
| superiorcolliculus | | These LGN cells see lower spatial frequency better |
| synethesia | | Type of correspondence in non-suppressiing, non-diplopic strabismics |
| medialgeniculate | | These LGN cells have lower sensitivity to flicker |
| anomalous | | In humans, midbrain structure used to control optokinetic eye movements |