Kinesiology 1080A/B Lecture Notes - Lecture 1: Visual Cortex, Occipital Lobe, Retina

• School: Western University
• Department: Kinesiology
• Course: Kinesiology 1080A/B
• Professor: Harry Prapavessis

Document Summary

Heath: undergrad: kin, graduate: neuropsychology, to u(cid:374)dersta(cid:374)d the (cid:271)rai(cid:374), (cid:449)e"re goi(cid:374)g to use a (cid:373)odel dis(cid:272)ussi(cid:374)g (cid:271)rai(cid:374) disorder, runs a lab focussed on movement. If you look a(cid:449)ay, you (cid:272)a(cid:374)"t see (cid:448)ery (cid:449)ell. This is (cid:271)e(cid:272)ause the peripheral part of your eye has very few sensory cells that allows you to detect light. 70% of v1 contains neurons that are dedicated to central vision: vertical visual field asymmetry superior hemi retina (upper eye) has a greater proportion of light sensing cells (photoreceptors) than the inferior hemi retina (lower eye). This is due to humans spending most of their time working in their lower visual field, causing information to project to the superior hemi retina. The superior hemi retina has more direct connections to motor centres in the brain that allows for better movements. Things to do: apply to become a member of a professional body or organization (ontario kinesiology. Association: get involved in volunteer opportunities that support leadership development.