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Can I read 171. Using fMRI Scans for Predicting Anhedonia, and Identifying Reward Related Brain Regions on EtoBox?
171. Using fMRI Scans for Predicting Anhedonia, and Identifying Reward Related Brain Regions by Yakkov Stern; Roee Admon; Roselinde H. Kaiser; Miranda Beltzer; Franziska Goer; Scott Rauch; William D.S. Killgore; Talma Hendler; Diego A. Pizzagalli; Isabelle Rosso is a Neuroscience article available to read on EtoBox.
What is 171. Using fMRI Scans for Predicting Anhedonia, and Identifying Reward Related Brain Regions about?
Background: Adolescence marks a time of significant change in brain development, along with heightened plasticity as compared to adults, as well as the highest prevalence of smoking initiation. While adolescents are suggested to be at increased risk of escalating their use, evidence also suggests these factors concur to provide resilience to addiction during adolescence as compared to in adulthood. This critically highlights the importance of unravelling how drugs of abuse, such as nicotine, differentially impact the brain during adolescence and adulthood.Methods: This systematic review aimed to evaluate the evidence from both human and animal studies for the differential impact of adolescent versus adult repeated and long-term tobacco and nicotine exposure on cognitive and brain outcomes. Initial searches were conducted in Medline, PsycInfo, EMBASE, Web of Science Core Collection and Scopus up to and including the 10th of December 2021.Results: Our systematic search resulted in the inclusion of 5 human studies and 41 rodent studies. The limited human studies and more extensive yet heterogeneous animal studies, provide preliminary evidence of heightened fear learning, anxiety-relat
Who reads 171. Using fMRI Scans for Predicting Anhedonia, and Identifying Reward Related Brain Regions?
It is typically read by researchers, students, and practitioners in Neuroscience.
- Author
- Yakkov Stern; Roee Admon; Roselinde H. Kaiser; Miranda Beltzer; Franziska Goer; Scott Rauch; William D.S. Killgore; Talma Hendler; Diego A. Pizzagalli; Isabelle Rosso
- Publisher
- Elsevier BV
- Published
- 2023
- Language
- EN
- Field
- Neuroscience (Life Sciences)