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1

Schaum's Anatomy and Physiology Problem 1.13: What is negative feedback, and how is it used to help maintain homeostasis? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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2

Schaum's Anatomy and Physiology Problem 5.4: List some defense mechanisms by which the skin helps to prevent infection. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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3

Schaum's Anatomy and Physiology Problem 6.1: What is the composition of bones? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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4

Schaum's Anatomy and Physiology Problem 2.17: Describe how biochemical compounds are formed and broken down. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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5

Schaum's Anatomy and Physiology Problem 3.12: Describe the events in replication. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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6

Schaum's Anatomy and Physiology Problem 3.13: Describe the events of transcription. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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7

Schaum's Anatomy and Physiology Problem 3.15: Describe the events of translation. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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8

Schaum's Anatomy and Physiology Problem 4.1 What are the bases for the classification of tissues? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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9

Schaum's Anatomy and Physiology Problem 4.3: Catalog the five kinds of simple epithelia as to structure, function, and location within the body. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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10

Schaum's Anatomy and Physiology Problem 4.23: How does the structure of a neuron reflect its function? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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11

Schaum's Anatomy and Physiology Problem 9.10: What determines whether a stimulus will be strong enough to produce an action potential in a nerve cell? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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12

Schaum's Anatomy and Physiology Problem 13.2: Distinguish between the classes of hormones based on the location of the cell membrane receptors on their target cells. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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13

Schaum's Anatomy and Physiology Problem 13.4 Give a model for the negative feedback mechanism that often regulates the production or secretion of many hormones. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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14

Schaum's Anatomy and Physiology Problem 13.5: Give an example of a positive feedback mechanism. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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15

Schaum's Anatomy and Physiology Problem 14.10: Can hemoglobin bind other gas molecules besides oxygen? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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16

Schaum's Anatomy and Physiology Problem 17.13: What are the two ways in which immunity may be acquired by the body? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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17

Schaum's Anatomy and Physiology Problem 17.19: Describe the functions of the B and T lymphocytes. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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18

Schaum's Anatomy and Physiology Problem 19.23: List the digestive enzymes secreted by the intestinal glands and describe their actions. /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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19

Schaum's Anatomy and Physiology Problem 20.2: What if oxygen is not present during glycolysis? /

door Copppinger, J. Peter,
Gepubliceerd in 2013

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