This discussion is an analysis of the methods used by neuroscience investigators to study the biological basis of psychological function. Prior to completing your initial post, complete this week’s readings in your course textbook and watch Multicellular Organisms and their Nervous Systems and Discovering the Human Brain: New pathways to Neuroscience, with Susan Bookheimer, PhD. These materials examine various investigational methods such as imaging technology, laboratory science techniques, and special studies that provide information about structure (nervous system anatomy and cellular structure) and function (nervous system and cellular function). Evaluate the methods described and select one method you think is the most powerful or useful for examining the relationship between biology and behavior. Would this method be best used for basic research, initial diagnosis of a clinical condition, ongoing patient management, or a combination of these analytic practices? What part of the nervous system (anatomical structure, function, cellular chemistry and function) would most likely be studied using this technique? Elaborate on the investigational method you chose and the target systems or conditions you have identified to be studied by this technique.
You must use a minimum of one peer-reviewed source that was published within the last five years, documented in APA style, as outlined in the Ashford Writing Center. Your post should be a minimum of 250 words.
1. Baricevic, T. (Producer). (2012). Multicellular organisms and their nervous systems [Video file]. Retrieved from the Films On Demand database.
- This video provides an overview of the need for nervous system organization in multicellular organisms (humans)..
2. Crosstown Productions, Inc & Davidson Films Inc. (Producers). (2007). Discovering the human brain: New pathways to neuroscience, with Susan Bookheimer, PhD [Video file]. Retrieved from the Films On Demand database.
- This video provides an overview of the concepts involved in neuroscience as pertaining to human brain structure and functional pathways.