Describe the process of action potential conduction and neurotransmission from one neuron to another, both electrically (including saltatory conduction) and chemically. Course textbook: Pinel, J. (2014). Biopsychology (9th edition). Pearson Publishing.

Describe the process of action potential conduction and neurotransmission from one neuron to another, both electrically (including saltatory conduction) and chemically.
Course textbook: Pinel, J. (2014). Biopsychology (9th edition). Pearson Publishing.

Answer each question in a minimum of two substantive paragraphs totaling 300 words, completely and fully for full credit. Source credits and the required Reference list attached at the end of each answer do no count toward its word length. Answers are to be based on the course textbook and outside academic sources (excluding other course textbooks, encyclopedias such as Encarte and Wikipedia, About.com and Ask.com type websites that synthesize source information for users, magazines, news websites, blogs, etc.).

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?

References

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.

References

Trace in detail the structure and function of the visual system from the physical stimuli (light waves), to the structure of the eye and through the corresponding brain structures until it is processed as visual information. You will need to compare photoreceptors in darkness to photoreceptors receiving light and describe how light energy is transduced into neural signals. Describe how the trichromatic and opponent-process theory explain how light of different wavelengths is converted into color information.

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