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Dive into the research topics where Stephen Stotland is active.

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Featured researches published by Stephen Stotland.


Journal of Personality Assessment | 1990

A new measure of weight locus of control : the dieting beliefs scale

Stephen Stotland; David C. Zuroff

This article describes the construction and preliminary validation of a new scale of weight locus of control, the Dieting Beliefs Scale. The 156-item scale demonstrated moderate internal consistency and high test-retest reliability in a sample of undergraduate women. Principal-components analysis suggested three factors. The three factors were interpretable and had distinct relations with a variety of weight-related and psychological variables. The results suggest that weight locus of control is a multidimensional construct, and they provide a possible explanation for the inconsistent findings concerning the relation between weight locus of control and dieting success. Implications for the study of dieting relapse and for the construction of treatment programs are discussed.


PLOS ONE | 2013

Strategies to optimize participation in diabetes prevention programs following gestational diabetes: a focus group study.

Kaberi Dasgupta; Deborah Da Costa; Sabrina Pillay; Mirella De Civita; Réjeanne Gougeon; Aaron Leong; Simon L. Bacon; Stephen Stotland; V. Tony Chetty; Natasha Garfield; Agnieszka Majdan; Sara Meltzer

Objective We performed a qualitative study among women within 5 years of Gestational Diabetes (GDM) diagnosis. Our aim was to identify the key elements that would enhance participation in a type 2 diabetes (DM2) prevention program. Research Design and Methods Potential participants received up to three invitation letters from their GDM physician. Four focus groups were held. Discussants were invited to comment on potential facilitators/barriers to participation and were probed on attitudes towards meal replacement and Internet/social media tools. Recurring themes were identified through qualitative content analysis of discussion transcripts. Results Among the 1,201 contacted and 79 eligible/interested, 29 women attended a focus group discussion. More than half of discussants were overweight/obese, and less than half were physically active. For DM2 prevention, a strong need for social support to achieve changes in dietary and physical activity habits was expressed. In this regard, face-to-face interactions with peers and professionals were preferred, with adjunctive roles for Internet/social media. Further, direct participation of partners/spouses in a DM2 prevention program was viewed as important to enhance support for behavioural change at home. Discussants highlighted work and child-related responsibilities as potential barriers to participation, and emphasized the importance of childcare support to allow attendance. Meal replacements were viewed with little interest, with concerns that their use would provide a poor example of eating behaviour to children. Conclusions Among women within 5 years of a GDM diagnosis who participated in a focus group discussion, participation in a DM2 prevention program would be enhanced by face-to-face interactions with professionals and peers, provision of childcare support, and inclusion of spouses/partners.


bioRxiv | 2017

Central Role of Cognitive Control Networks in Weight Loss During Voluntary Calorie Restriction

Selin Neseliler; Wen Hu; Kevin Larcher; Maria Zacchia; Mahsa Dadar; Stephanie G. Scala; Marie Lamarche; Yashar Zeighami; Stephen Stotland; Maurice Larocque; Errol B. Marliss; Alain Dagher

Insufficient responses to hypocaloric diets have been attributed to hormonal adaptations that override self-control of food intake. We tested this hypothesis by measuring brain fMRI reactivity to food cues and circulating energy-balance hormones in 24 overweight/obese participants before, and 1 and 3 months after starting a calorie restriction diet. Increased activity in prefrontal regions at month 1 correlated with weight loss at months 1 and 3. Weight loss was also correlated with increased plasma ghrelin and decreased leptin at month 1, and these changes were associated with greater food cue reactivity in reward-related brain regions. However, the reduction in leptin did not counteract weight loss; indeed, it was correlated with further weight loss at month 3. Activation in a network of prefrontal regions associated with self-control could contribute to individual differences in weight loss and maintenance, whereas we failed to find that the hormonal adaptations play a major role.


Behavior Therapy | 1991

Relations between multiple measures of dieting self-efficacy and weight change in a behavioral weight control program*

Stephen Stotland; David C. Zuroff


British Journal of Clinical Psychology | 1995

Dependency, self-criticism and social interactions

David C. Zuroff; Stephen Stotland; Esther Sweetman; Judy-Anne Craig; Richard Koestner


Appetite | 1991

Situational Dieting Self-Efficacy and Short-Term Regulation of Eating

Stephen Stotland; David C. Zuroff; Marguerite Roy


Eating Behaviors | 2012

Positive and negative dimensions of weight control motivation

Stephen Stotland; M. Larocque; G. Sadikaj


PsycTESTS Dataset | 2018

Dieting Beliefs Scale

Stephen Stotland; David C. Zuroff


Cell Metabolism | 2018

Neurocognitive and Hormonal Correlates of Voluntary Weight Loss in Humans

Selin Neseliler; Wen Hu; Kevin Larcher; Maria Zacchia; Mahsa Dadar; Stephanie G. Scala; Marie Lamarche; Yashar Zeighami; Stephen Stotland; Maurice Larocque; Errol B. Marliss; Alain Dagher


Annales médico-psychologiques | 2015

Alliance thérapeutique, état de préparation psychologique et perte de poids

Caroline Larocque; Conrad Lecomte; Réginald Savard; Stephen Stotland; Gentiana Sadikaj

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Alain Dagher

Montreal Neurological Institute and Hospital

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Errol B. Marliss

McGill University Health Centre

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Kevin Larcher

Montreal Neurological Institute and Hospital

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Mahsa Dadar

Montreal Neurological Institute and Hospital

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Maria Zacchia

Montreal Neurological Institute and Hospital

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Marie Lamarche

McGill University Health Centre

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Selin Neseliler

Montreal Neurological Institute and Hospital

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Stephanie G. Scala

Montreal Neurological Institute and Hospital

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