Match the term to its description by writing the appropriate letter in the space.     ___1. Lateral inhibition ___2. Ganglion cells ___3. Lateral geniculate nucleus ___4. Superior colliculus ___5. End-stopped cells ___6. Bipolar cells ___7. Complex cells ___8. Selective adaptation ___9. Selective rearing ___10. Accommodation ___11. Horizontal cells ___12. Simple cells   A. Area responsible for controlling eye movements B. Respond best to moving bars of a specific orientation C. The axons of these form the optic nerve D. Results in decreased sensitivity to the exposed stimulus E. Where visual information travels before reaching V1 F. Signals transmitted across a nerve circuit G. Respond best to bars of a particular orientation H. When the lens changes shape to focus I. Carry inhibitory signals between bipolar cells J. Long-term exposure to an environment resulting in neural plasticity K. Respond best to corners or lines of a particular length L. Receive signals from rods and cones

Biomedical Instrumentation Systems
1st Edition
ISBN:9781133478294
Author:Chatterjee
Publisher:Chatterjee
Chapter12: Electroencephalography And Emg Instrumentation
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Match the term to its description by writing the appropriate letter in the space.

 

 

___1. Lateral inhibition

___2. Ganglion cells

___3. Lateral geniculate nucleus

___4. Superior colliculus

___5. End-stopped cells

___6. Bipolar cells

___7. Complex cells

___8. Selective adaptation

___9. Selective rearing

___10. Accommodation

___11. Horizontal cells

___12. Simple cells

 

A. Area responsible for controlling eye movements

B. Respond best to moving bars of a specific orientation

C. The axons of these form the optic nerve

D. Results in decreased sensitivity to the exposed stimulus

E. Where visual information travels before reaching V1

F. Signals transmitted across a nerve circuit

G. Respond best to bars of a particular orientation

H. When the lens changes shape to focus

I. Carry inhibitory signals between bipolar cells

J. Long-term exposure to an environment resulting in neural plasticity

K. Respond best to corners or lines of a particular length

L. Receive signals from rods and cones

 

 

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