Exam 49: Nervous Systems

The central nervous system is lacking in animals that have ________.

Our understanding of mental illness has been most advanced by discoveries involving the ________.

After suffering a stroke, a patient can see objects anywhere in front of him but pays attention only to objects in his right field of vision. When asked to describe these objects, he has difficulty judging their size and distance. What part of the brain was likely damaged by the stroke?

Wakefulness is regulated by the reticular formation, which is present in the ________.

The stretch sensors of the sensory neurons in the human knee-jerk reflex are located in the ________.

Forming new long-term memories is strikingly disrupted after damage to the ________.

If a patient has an injury in the brainstem, which of the following would be observed?

The motor cortex is part of the ________.

Movement and balance are monitored by activity in the ________.

Short-term memory information processing usually causes changes in the ________.

The point of connection between two communicating neurons is called the ________.

Food and water appetites are under the regulatory influence of the ________.

Bipolar disorder differs from schizophrenia in that ________.

In a simple synapse, neurotransmitter chemicals are released by ________.

In a cephalized invertebrate, the system that transmits "efferent" impulses from the anterior ganglion to distal segments is the ________.

Wernicke's and Broca's regions of the brain affect ________.

Increases and decreases of the heart rate result from changes in the activity of the ________.

Emotional responses and memories are linked in which part of the brain?

Increased activity in the sympathetic nervous system leads to ________.

Cerebrospinal fluid can be described as which of the following? I.functioning in transport of nutrients and hormones through the brain II.a product of the filtration of blood in the brain III.functioning to cushion the brain IV.filling spaces between glial cells and neurons in the gray matter