Which of the following is a plausible explanation for how maternal influenza might lead to schizophrenia later in life?

A. The flu virus may lie dormant in the brain until adolescence, when it becomes active and initiates the degeneration that results in the symptoms of schizophrenia.
B. The flu exposure may alter the fetal genes, such that a susceptibility to schizophrenia becomes part of the child's genetic makeup.
C. Maternal antibodies could cross the placenta and interfere with brain development, such that the risk of developing schizophrenia is enhanced later in life.
D. The flu virus frequently has long-term effects on the behavior of affected individuals; maternal infection with influenza may result in an environment that is likely to trigger schizophrenia in the susceptible individual.


Answer: C

Psychology

You might also like to view...

According to the text, the founder of experimental psychology was

a. E.B. Titchener b. Hermann Ebbinghaus c. Gustav Fechner d. Wilhelm Wundt

Psychology

Francisco does well in school, and in particular, he enjoys math and science classes. Intellectual skills such as memory, problem solving, and logic that are practiced in classes such as these are part of _______________ development

A) socioemotional B) cultural C) physical D) cognitive

Psychology

Children who suffer from malnutrition ________

A. produce less cortisol and tend to be nonresponsive to stressful situations B. suffer from impaired motor coordination and inattention C. exhibit normal motor skills, but altered psychological functioning D. display normal psychological functioning, but delayed development of motor functioning

Psychology

Teasdale (1995) asked participants to generate random numbers. The participants most deviated from the instructions when:

a. the phonological loop was occupied with irrelevant speech. b. the visuospatial sketchpad was being used for imagery. c. during the primacy part of a serial position curve. d. when the central executive was not providing focus on the task.

Psychology