Brief integrative multiple behavior intervention effects and mediators for adolescents

Werch, Chudley E.; Bian, Hui; Carlson, Joan M.; Moore, Michele; DiClemente, Carlo C.; Huang, I‐Chan; Ames, Steven C.; Thombs, Dennis L.; Weiler, Robert M.; Pokorny, Steven B.

doi:10.1007/s10865-010-9281-9

Cited by 31 publications

(26 citation statements)

References 31 publications

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“…In a public health intervention aimed at enhancing multiple health behaviors in high school adolescents,150 positive outcomes included reductions in alcohol use and increases in fruit and vegetable consumption and participation in relaxation activities. Sleep measures, exercise, cigarette and marijuana use remained unchanged.…”

Section: Treatment Of Lifestyle and Technology Related Sleep Disturbamentioning

confidence: 99%

Impact of lifestyle and technology developments on sleep

Shochat¹

2012

NSS

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Although the physiological and psychological mechanisms involved in the development of sleep disorders remain similar throughout history, factors that potentiate these mechanisms are closely related to the “zeitgeist”, ie, the sociocultural, technological and lifestyle trends which characterize an era. Technological advancements have afforded modern society with 24-hour work operations, transmeridian travel and exposure to a myriad of electronic devices such as televisions, computers and cellular phones. Growing evidence suggests that these advancements take their toll on human functioning and health via their damaging effects on sleep quality, quantity and timing. Additional behavioral lifestyle factors associated with poor sleep include weight gain, insufficient physical exercise and consumption of substances such as caffeine, alcohol and nicotine. Some of these factors have been implicated as self-help aids used to combat daytime sleepiness and impaired daytime functioning. This review aims to highlight current lifestyle trends that have been shown in scientific investigations to be associated with sleep patterns, sleep duration and sleep quality. Current understanding of the underlying mechanisms of these associations will be presented, as well as some of the reported consequences. Available therapies used to treat some lifestyle related sleep disorders will be discussed. Perspectives will be provided for further investigation of lifestyle factors that are associated with poor sleep, including developing theoretical frameworks, identifying underlying mechanisms, and establishing appropriate therapies and public health interventions aimed to improve sleep behaviors in order to enhance functioning and health in modern society.

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Section: Treatment Of Lifestyle and Technology Related Sleep Disturbamentioning

confidence: 99%

Impact of lifestyle and technology developments on sleep

Shochat¹

2012

NSS

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“…A randomized trial of a brief intervention targeted at multiple behaviors delivered in 2 public high schools found a significant decrease in alcohol use [90]. An evaluation of an early intervention found it feasible for school nurses to assess and conduct brief interventions for substance-using adolescents [91].…”

Section: Sbirt and Adolescentsmentioning

confidence: 99%

Integrating Substance Use Treatment Into Adolescent Health Care

Sterling

Valkanoff

Hinman

et al. 2012

Curr Psychiatry Rep

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Substance use (SU) problems are common among adolescents, a serious health risk for them and a major public health problem, but are inadequately addressed in most pediatric health care settings. Primary care offers an excellent context for SU assessment and treatment for adolescents and their families, offering better access and a less stigmatized environment for receiving treatment than specialty programs. This paper examines the literature on the integration of substance use treatment with adolescent health care, focusing on 2 areas: Screening, Brief Intervention, and Referral to Treatment (SBIRT) in Emergency Departments and Primary Care, and School- and College-Based Health Centers.

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“…The concept of hedonic substitution, replacement of one rewarding behavior with another, is a promising area of research. Exercise has been used in the past to help reduce ethanol intake in heavy drinkers (Correia et al, 2005; Murphy et al, 1986; Weinstock, 2010; Werch et al, 2011), and animal studies have shown consistent interaction effects with ethanol consumption (Darlington et al, 2014; Ehringer et al, 2009; Hammer et al, 2010; McMillan, 1978; McMillan et al, 1995; Ozburn et al, 2008; Werme et al, 2002). However, little is known about the neurobiology of this interaction.…”

Section: Introductionmentioning

confidence: 99%

Voluntary wheel running reduces voluntary consumption of ethanol in mice: identification of candidate genes through striatal gene expression profiling

Darlington

McCarthy

Cox

et al. 2016

Genes Brain and Behavior

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Hedonic substitution, where wheel running reduces voluntary ethanol consumption has been observed in prior studies. Here we replicate and expand on previous work showing that mice decrease voluntary ethanol consumption and preference when given access to a running wheel. While earlier work has been limited mainly to behavioral studies, here we assess the underlying molecular mechanisms that may account for this interaction. From four groups of female C57BL/6J mice (control, access to two-bottle choice ethanol, access to a running wheel, and access to both two-bottle choice ethanol and a running wheel), mRNA-sequencing of the striatum identified differential gene expression. Many genes in ethanol preference quantitative trait loci were differentially expressed due to running. Furthermore, we conducted Weighted Gene Co-expression Network Analysis and identified gene networks corresponding to each effect behavioral group. Candidate genes for mediating the behavioral interaction between ethanol consumption and wheel running include multiple potassium channel genes, Oprm1, Prkcg, Stxbp1, Crhr1, Gabra3, Slc6a13, Stx1b, Pomc, Rassf5, Polr2a, and Camta2. After observing an overlap of many genes and functional groups previously identified in studies of initial sensitivity to ethanol, we hypothesized that wheel running may induce a change in sensitivity, thereby affecting ethanol consumption. A behavioral study examining Loss of Righting Reflex to ethanol following exercise trended toward supporting this hypothesis. These data provide a rich resource for future studies that may better characterize the observed transcriptional changes in gene networks in response to ethanol consumption and wheel running.

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Brief integrative multiple behavior intervention effects and mediators for adolescents

Cited by 31 publications

References 31 publications

Impact of lifestyle and technology developments on sleep

Impact of lifestyle and technology developments on sleep

Integrating Substance Use Treatment Into Adolescent Health Care

Voluntary wheel running reduces voluntary consumption of ethanol in mice: identification of candidate genes through striatal gene expression profiling

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