INTRODUCTION: Negative mood situations often increase smoking behavior and reward, effects that may be greater among women and smokers low in tolerance for distress. METHODS: Adult dependent smokers (N = 164; 86 men, 78 women) first completed measures of distress tolerance via self-report and by mirror-tracing and breath-holding tasks. They then participated in 2 virtually identical laboratory sessions, involving induction of negative versus neutral mood (control) via pictorial slides and music. They rated negative affect (NA) before and during mood induction and smoked their preferred brand ad libitum during the last 14 min of mood induction. Our aim was to examine mood effects on NA, smoking reward ("liking"), and smoking intake (puff volume and number) as a function of sex and distress tolerance. RESULTS: Negative mood induction increased NA, as planned, and smoking reward and intake compared with neutral mood. Increases in NA and puff volume due to negative mood were greater in women compared with men, as hypothesized, but no main effects of the self-report or behavioral distress tolerance measures were seen in responses to mood induction. However, unexpectedly, lower self-reported distress tolerance was associated with greater smoking intake due to negative (but not neutral) mood in men and generally due to neutral (but not negative) mood in women. CONCLUSIONS: Negative mood may increase smoking intake more in women compared with men. Yet, low distress tolerance may enhance smoking intake due to negative versus neutral mood differentially between women and men, suggesting that sex and distress tolerance may interact to influence smoking responses to negative mood.
INTRODUCTION: Negative mood situations often increase smoking behavior and reward, effects that may be greater among women and smokers low in tolerance for distress. METHODS: Adult dependent smokers (N = 164; 86 men, 78 women) first completed measures of distress tolerance via self-report and by mirror-tracing and breath-holding tasks. They then participated in 2 virtually identical laboratory sessions, involving induction of negative versus neutral mood (control) via pictorial slides and music. They rated negative affect (NA) before and during mood induction and smoked their preferred brand ad libitum during the last 14 min of mood induction. Our aim was to examine mood effects on NA, smoking reward ("liking"), and smoking intake (puff volume and number) as a function of sex and distress tolerance. RESULTS: Negative mood induction increased NA, as planned, and smoking reward and intake compared with neutral mood. Increases in NA and puff volume due to negative mood were greater in women compared with men, as hypothesized, but no main effects of the self-report or behavioral distress tolerance measures were seen in responses to mood induction. However, unexpectedly, lower self-reported distress tolerance was associated with greater smoking intake due to negative (but not neutral) mood in men and generally due to neutral (but not negative) mood in women. CONCLUSIONS: Negative mood may increase smoking intake more in women compared with men. Yet, low distress tolerance may enhance smoking intake due to negative versus neutral mood differentially between women and men, suggesting that sex and distress tolerance may interact to influence smoking responses to negative mood.
Authors: Thomas H Brandon; Thaddeus A Herzog; Laura M Juliano; Jennifer E Irvin; Amy B Lazev; Vani Nath Simmons Journal: J Abnorm Psychol Date: 2003-08
Authors: Richard A Brown; C W Lejuez; David R Strong; Christopher W Kahler; Michael J Zvolensky; Linda L Carpenter; Raymond Niaura; Lawrence H Price Journal: Nicotine Tob Res Date: 2009-04-16 Impact factor: 4.244
Authors: R Kathryn McHugh; Stacey B Daughters; Carl W Lejuez; Heather W Murray; Bridget A Hearon; Stephanie M Gorka; Michael W Otto Journal: Cognit Ther Res Date: 2011-06
Authors: Kevin P Uribe; Victor L Correa; Briana E Pinales; Rodolfo J Flores; Bryan Cruz; Zhiying Shan; Adriaan W Bruijnzeel; Arshad M Khan; Laura E O'Dell Journal: Neuropsychopharmacology Date: 2019-10-15 Impact factor: 7.853
Authors: Bryan W Heckman; Matthew J Carpenter; John B Correa; Jennifer M Wray; Michael E Saladin; Brett Froeliger; David J Drobes; Thomas H Brandon Journal: Addiction Date: 2015-05 Impact factor: 6.526
Authors: Michael A Trujillo; Rubin Khoddam; Jodie B Greenberg; Stephanie R Dyal; Katherine J Ameringer; Michael J Zvolensky; Adam M Leventhal Journal: Behav Med Date: 2015-12-11 Impact factor: 3.104
Authors: Philip H Smith; Jennifer S Rose; Carolyn M Mazure; Gary A Giovino; Sherry A McKee Journal: Drug Alcohol Depend Date: 2014-07-14 Impact factor: 4.492
Authors: Jennifer M Wray; Kevin M Gray; Erin A McClure; Matthew J Carpenter; Stephen T Tiffany; Michael E Saladin Journal: Nicotine Tob Res Date: 2015-04 Impact factor: 4.244