Assignment: Process of neurotransmission
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Assignment: Process of neurotransmission
Create a 7-12-slide PowerPoint Presentation about the way drugs affect the brain. Include the following in your presentation:
- Title and Reference slide
- A description of the effects of addiction on the components of the central nervous system and other organs
- A description of the process of neurotransmission
- Detailed speaker notes that include what would be said if giving the presentation in person
- At least two scholarly sources
Permalink: https://collepals.com/assignment-proce…eurotransmission/
Select one question (250 words)
Topic: After viewing the session on Narrative Therapy and reading Jim’s Letter to Helen, choose 1 of the questions below to discuss. Begin a new thread when answering a question, and indicate which question you are responding to.
Respond to 2 students who answered a different question than your original post. Briefly explain why you agree or disagree with their views.
- In line with Narrative Therapy techniques, describe how the counselor externalized Helen’s problems. Why is externalization so important in this session? How effective is it with Helen?
- Discuss how the counselor reinforced the idea that an individual’s self-story is influenced by the individual and cultural factors. Discuss other things reminiscent of Narrative Therapy that you saw in the video of the counseling session.
- Discuss what the therapist might want to do in the next session to continue achieving the goals of Narrative Therapy.
i will submit the link for the video later. Get started with defining narrative thearapy and the purpose.
Publisher Summary
Neurotransmission is the fundamental process that drives information transfer between neurons and their targets. It regulates both excitatory and inhibitory functions in the central nervous system (CNS), underlies sensory processing, and regulates autonomic and motor outputs in species ranging from small invertebrates to highly evolved mammals. Modulation of synaptic transmission is believed to drive cognitive processes such as learning and memory. Neurotransmission occurs at specialized regions between neurons and their targets, called the synapse. The synapse is a highly specialized contact between a presynaptic and a postsynaptic cell built to transmit information with high fidelity. Synaptic transmission is mediated by repeated cycles of exocytosis of neurotransmitters followed by endocytosis of synaptic vesicles (SVs) at nerve terminals. This chapter reviews neuronal exocytosis and the recent advances in the molecular and cell biological understanding of this process. Neuronal exocytosis is the final step in a cycle that leads to information transfer across synapses. The vesicle cycle is highly regulated via essential vesicular and plasma membrane proteins that mediate the various steps including neurotransmitter loading into vesicles, docking, priming, calcium sensing, exocytosis, and recycling. Despite the progress in understanding the roles of individual proteins using physiological, biochemical, and genetic methods, much remains unknown regarding the sequence and kinetics of protein–protein interactions that drive vesicle recycling.
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