Describe the anatomical differences between the two divisions of the autonomic nervous system. Be specific and detailed about the many structures and anatomical wiring of the two divisions.

Color blindness is most often due to which of the following?

Based on the diagram above: When activated, the neurons at the organ in pathway Q would cause: [a] The neurons starting at Z for pathway R, originate at which spinal cord level: [b] When activated, the neurons at the organ in pathway R would release: [c]  

The ability to hear and detect different sound frequencies is due to which of the following?

–BONUS– Choose to answer any or all of the following bonus questions: Explain why genetic males are more likely to have color blindness compared to genetic females: Describe how the sensation of spicy relates to taste and the general senses Describe which one of the senses we have learned this semester is most similar to hair cell transduction, and why Did you learn any medical conditions related to vision/eye or the hearing/balance/ear, describe TWO with anatomical details: Recently two studies showed that asthma could be effectively treated using three drugs in one inhaler. List the three drug strategies used in this new triple therapy for asthma: Did I forget something you learned? Describe some bonus level knowledge you learned related to UNIT 5:

Hearing loss at birth and often in old-age is most often associated with changes or damage to the:

Which of the senses (Balance, Itch-Pain, Smell, Touch, Taste) likely has the greatest specificity of detection and sensory discrimination? Explain the reasoning of your choice AND explain why you did not choose the others.

Your patient says that her recent seasonal allergies have reduced her ability to taste food. Which of the following is the best physiological explanation of this complaint?

Match each of the descriptions with the correct type of nervous system control.

In terms of receptor type, activation, voltage changes, and cellular responses; sensory transduction by olfactory receptor proteins has the most in common with…