Each answer requires at least 300 words with an introduction that has a topic sentence, a body, a conclusion and at least 2 references in APA format.
Make sure the questions are fully answered with key points from each topic. All your writing must be in your own words. No quotes! Paraphrase (restate what you read) rather than copying material from the course textbook or the Internet. No copying is permitted in this course and doing so will result in zero points on the exam. Answers must be written in narrative, paragraph form.
Thank you also for your patience during the grading process. Each answer is graded manually, and the system will update after each answer. During this time, you may see a grade of 20, 40, and so on until all of the answers have been graded.
- Describe the recent finds on the “Nature-Nurture Controversy.” How do evolutionary theory (evolutionary biology and evolutionary psychology) and the study of genetics fit in to this discussion? What are the implications for the biopsychologist? And finally, is there a controversy at all?
- Describe the process of action potential conduction and neurotransmission from one neuron to another, both electrically (including saltatory conduction) and chemically. Describe how a cell fires an action potential and be sure to address which structures are involved in neurotransmission. Discuss reuptake and enzymatic degradation (breakdown) in the context of the appropriate neurotransmitters.
- Discuss some of the methodological approaches that can be used to examine the influence of multiple genes on behavior. Then discuss what transgenic animals are and how they are produced.
- What is the medial forebrain bundle? Discuss the evidence for and against its involvement in reward.In addition, review the evidence showing that the brain’s dopamine pathways are critically involved in pleasure and reward
- Describe the main structures of the brain stem, the midbrain, and forebrain, including the basal ganglia, the limbic system and the cerebral cortex. What functions and behaviors are these regions known to control?
