Nicotine Addiction: Collection IV (NIDA Notes): Article 1: Site on Brain Cells Appears Crucial to Nicotine Addiction; Article 2: NIDA Research Illuminates Associations Between Psychiatric Disorders and Smoking; Article 3: Nicotine Withdrawal Linked to Disrupted Glutamate Signaling; Article 4: Smoking Exposure In Utero Increases Risk of Later Addiction
Total CE Credit Hours: 1
Course Info URL: http://www.addictioncounselorce.com/courses/101635
About the Course:
This course is based on four NIDA Notes articles. NIDA Notes is a large collection of brief, relevant articles focusing on current drug abuse treatment evidence.
Site on Brain Cells Appears Crucial to Nicotine Addiction tells how by using genetic engineering, NIDA-supported scientists have produced a strain of mice with special characteristics that can help researchers identify and study key steps in the development of nicotine addiction.
NIDA Research Illuminates Associations Between Psychiatric Disorders and Smoking describes how nearly half of all cigarettes sold in the United States are sold to people with mental illness, and men and women with mental disorders are twice as likely as the general population to smoke.
Nicotine Withdrawal Linked to Disrupted Glutamate Signaling explains how in recent animal studies, NIDA-supported scientists have identified sites on some brain cells that appear to be key promoters of the negative psychological symptoms of nicotine withdrawal.
Smoking Exposure in Utero Increases Risk of Later Addiction addresses how an expectant mother’s smoking during pregnancy does not increase the likelihood that her child will later try smoking or become a regular smoker.
All four articles are contained in one PDF.
August 2005, May 2005, and December 2004
Arnold Mann; Patrick Zickler
About the Authors:
Arnold Mann is a NIDA Notes contributing writer.
Patrick Zickler is a NIDA Notes staff writer.
This course is recommended for health care professionals, especially addiction counselors, psychologists, mental health counselors, social workers, and nurses who seek knowledge about nicotine addiction, associations between psychiatric disorders and smoking, how nicotine withdrawal is linked to disrupted glutamate signaling, and how smoking exposure in utero increases risk of later addiction. It is appropriate for all levels of participants’ knowledge.
Explain how a site on brain cells appears crucial to nicotine addiction.
Identify the association between psychiatric disorders and smoking.
Describe how nicotine withdrawal is linked to disputed glutamate signaling.
Acknowledge that smoking exposure in utero increases risk of later addiction.
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