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Long-term exposure to stress can damage the cardiovascular system by causing A) excessive electrical activity in the heart muscle. B) sudden, dangerous increases in the heart rate. C) heart valve malfunction. D) chronic high blood pressure.

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Briefly explain how the data below from Parkitna et al implicate a role for dopamine in novelty-seeking behavior in mice. The data presented in the table above shows the results of an experiment conducted by Parkitna et al. The experiment aimed to investigate the role of dopamine in novelty-seeking behavior in mice. The table is divided into two sections, labeled "active" and "inactive." Each section is further divided into two columns, labeled "A" and "B." In the "active" section, the mice were subjected to a control condition and a condition where mGluR5D1-KD was present. The number of nosepokes was recorded for each condition. In the control condition, the mice exhibited 80 nosepokes in both columns A and B. However, in the mGluR5D1-KD condition, the number of nosepokes decreased to 60 in both columns A and B. In the "inactive" section, the mice were subjected to the same control and mGluR5D1-KD conditions. Again, the number of nosepokes was recorded for each condition. In the control condition, the mice exhibited 40 nosepokes in both columns A and B. In contrast, in the mGluR5D1-KD condition, the number of nosepokes decreased to 20 in both columns A and B. The data suggests that dopamine plays a role in novelty-seeking behavior in mice. When the mGluR5D1-KD condition was present, which is known to affect dopamine signaling, the number of nosepokes decreased compared to the control condition. This indicates that dopamine is involved in the mice's motivation to engage in novelty-seeking behavior. Overall, the findings from this experiment support the hypothesis that dopamine is implicated in novelty-seeking behavior in mice.
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Question Text
Long-term exposure to stress can damage the cardiovascular system by causing A) excessive electrical activity in the heart muscle. B) sudden, dangerous increases in the heart rate. C) heart valve malfunction. D) chronic high blood pressure.
TopicAll topics
SubjectBiology
ClassClass 11