1) What is the olfactory pathway? 2) What is the Gustatory pathway? 3) How do the...
1) What is the olfactory pathway?
2) What is the Gustatory pathway?
3) How do the two pathways work together?
4) What happens to both pathways as we age?
Homework Answers
Add Answer to:
1) What is the olfactory pathway?
2) What is the Gustatory pathway?
3) How do the...
Gustatory Pathway Functional receptors in taste buds, posterior 1/3 of tongue _________ ? > ________ nerve...
Gustatory Pathway Functional receptors in taste buds, posterior 1/3 of tongue _________ ? > ________ nerve ? > medulla oblongata (synapse) > thalamus ( synapse) > ___________ lobe ?
Sheep Brain Dissections 1 Why are the olfactory tracts not called olfactory nerves? 2 How does...
Sheep Brain Dissections 1 Why are the olfactory tracts not called olfactory nerves? 2 How does the human mammillary body look different from the sheep? 3 How do the three parts of the sheep brain stem compare to the human brain stem? 4 Does the arbor vitae in the cerebellum of the sheep brain look similar or different from the arbor vitae of the human brain?
least one pathway by genotypically male (XY) could be phenotypically female. 3. If a person is...
least one pathway by genotypically male (XY) could be phenotypically female. 3. If a person is missing all or part of an X chromosome, which syndrome do they have? 4. When does differentiation of the gonads occur embryologically? When does differentiation of the brain occur embryologically? 5. What gene is critical for typical sexual differentiation and where is it found? 6. Draw or describe two pathways by which an individual can develop intermediate or ambiguous genitalia. 7. Can an individual...
Tau protein 1.)general summary 2.)what the pathway does for the cell 3.)what the pathway does for...
Tau protein 1.)general summary 2.)what the pathway does for the cell 3.)what the pathway does for an organism overall 4.)what other cellular events depend on tau pathway/event or structure
Create a metabolic pathway map that shows what happens to a glucose molecule that enters a muscle...
Create a metabolic pathway map that shows what happens to a glucose molecule that enters a muscle cell and becomes metabolized to lactate (in Oz-depleted muscle). Follow the lactate through the Cori cycle, and show how it ultimately gets converted to a glucose molecule that can once again enter the muscle cell. In addition, show how the glucose may be stored as glycogen, and mobilized from glycogen in both liver and muscle. Also show how pyruvate gets converted to acetyl-CoA...
-Describe how trimeric G proteins get activated and inactivated - Name the two common second messengers In what signaling pathways do these messengers get activated (Yes, you do need to know the...
-Describe how trimeric G proteins get activated and inactivated - Name the two common second messengers In what signaling pathways do these messengers get activated (Yes, you do need to know the names of the key players in the pathway!)? What can the second messenger then do? What two criteria are needed for activation of a receptor tyrosine kinase? -Describe how monomeric Ras is activated and what does Ras do upon activation. (Again, you must know the signaling pathway)
-Describe...
Part B (5 marks) B) Reverse cholesterol transport pathway (RCT), read about this and then answer...
Part B (5 marks) B) Reverse cholesterol transport pathway (RCT), read about this and then answer the following? 1) What is the direction of this pathway? 2) What is the lipoprotein that has the main role in this pathway? 2) Mention two main lipid transporters that are involved in this pathway? 3) If a defect happens in this pathway what do you think will happens in the body..2
Suppose you have an animal with 10 different olfactory receptor proteins. 1. Approximately how many different...
Suppose you have an animal with 10 different olfactory receptor proteins. 1. Approximately how many different odors can this animal distinguish? 2. How many different types of olfactory receptor neurons can you expect this animal to have? 3. This animal has a sensitive sense of smell- it can smell odors at low concentrations. Approximately how many olfactory receptor neurons would you expect this animal to have? 4. How many different type of olfactory bulb glomeruli would you expect this animal...
This is the answer but I do not understand how it was balanced this way. If...
This is the answer but I do not understand how it was balanced
this way. If someone could leave an explanation that would be
great. thanksIj
4. Metabolic pathways tend to use the same types of reactions over and over, so once you learn a few pathways, you can use that knowledge to understand pathways you have never studied. We have also seen that each of the amino acids are catabolized by their own pathway to produce common intermediary metabolites....
Draw the pathway for a threat conditioning 1. What happens before conditioning? 1. Draw where the...
Draw the pathway for a threat conditioning 1. What happens before conditioning? 1. Draw where the tone and visual stimulus connect in the pathway 2. What happens with conditioning? I. Draw the outcome of repeated pairings of the unconditioned stimulus and the conditioned stimulus 2. Make sure you include how long-term potentiation works (describe what changes are happening at the synapse) Draw the associated output pathway in this circuit (assuming the pairing of the image and tone lead you to...
least one pathway by genotypically male (XY) could be phenotypically female. 3. If a person is missing all or part of an X chromosome, which syndrome do they have? 4. When does differentiation of the gonads occur embryologically? When does differentiation of the brain occur embryologically? 5. What gene is critical for typical sexual differentiation and where is it found? 6. Draw or describe two pathways by which an individual can develop intermediate or ambiguous genitalia. 7. Can an individual...
Create a metabolic pathway map that shows what happens to a glucose molecule that enters a muscle cell and becomes metabolized to lactate (in Oz-depleted muscle). Follow the lactate through the Cori cycle, and show how it ultimately gets converted to a glucose molecule that can once again enter the muscle cell. In addition, show how the glucose may be stored as glycogen, and mobilized from glycogen in both liver and muscle. Also show how pyruvate gets converted to acetyl-CoA...
-Describe how trimeric G proteins get activated and inactivated - Name the two common second messengers In what signaling pathways do these messengers get activated (Yes, you do need to know the names of the key players in the pathway!)? What can the second messenger then do? What two criteria are needed for activation of a receptor tyrosine kinase? -Describe how monomeric Ras is activated and what does Ras do upon activation. (Again, you must know the signaling pathway)
-Describe...
Part B (5 marks) B) Reverse cholesterol transport pathway (RCT), read about this and then answer the following? 1) What is the direction of this pathway? 2) What is the lipoprotein that has the main role in this pathway? 2) Mention two main lipid transporters that are involved in this pathway? 3) If a defect happens in this pathway what do you think will happens in the body..2
This is the answer but I do not understand how it was balanced
this way. If someone could leave an explanation that would be
great. thanksIj
4. Metabolic pathways tend to use the same types of reactions over and over, so once you learn a few pathways, you can use that knowledge to understand pathways you have never studied. We have also seen that each of the amino acids are catabolized by their own pathway to produce common intermediary metabolites....
Draw the pathway for a threat conditioning 1. What happens before conditioning? 1. Draw where the tone and visual stimulus connect in the pathway 2. What happens with conditioning? I. Draw the outcome of repeated pairings of the unconditioned stimulus and the conditioned stimulus 2. Make sure you include how long-term potentiation works (describe what changes are happening at the synapse) Draw the associated output pathway in this circuit (assuming the pairing of the image and tone lead you to...
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