2009International Journal of Eating DisordersRequires access

Binge‐like eating in mice

Daniele Consoli, Angelo Contarino, Antoine Tabarin, Filippo Drago

Open publisher page 32 citations

Abstract

OBJECTIVE: Given the lack of reliable murine model of binge-like eating, we tried to induce this pathological behavior in mice. METHOD: We used an experimental protocol mimicking the etiological factors involved in the development of binge eating in humans, that is, food restriction, refeeding (R-R) in presence of high palatable food, and stress (S). RESULTS: Mice subjected to at least three cycles of R-R plus S (forced swimming stress), showed a binge-like behavior evident as early as 4 h, persisting 24 h after stress application and not associated to depressive-like behavior. However, after the third R-R/S cycle, food intakes of mice returned to normal levels. DISCUSSION: (i) at least three cycles of R-R plus S are required to promote abnormal eating in mice, (ii) this is not associated to depressive-like behaviors, and (iii) the enhanced pathological behavior showed a transient nature not persisting after the third R-R/S cycle.

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OBJECTIVE: Given the lack of reliable murine model of binge-like eating, we tried to induce this pathological behavior in mice. METHOD: We used an experimental protocol mimicking the etiological factors involved in the development of binge eating in humans, that is, food restriction, refeeding (R-R) in presence of high palatable food, and stress (S). RESULTS: Mice subjected to at least three cycles of R-R plus S (forced swimming stress), showed a binge-like behavior evident as early as 4 h, persisting 24 h after stress application and not associated to depressive-like behavior. However, after the third R-R/S cycle, food intakes of mice returned to normal levels. DISCUSSION: (i) at least three cycles of R-R plus S are required to promote abnormal eating in mice, (ii) this is not associated to depressive-like behaviors, and (iii) the enhanced pathological behavior showed a transient nature not persisting after the third R-R/S cycle.

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Available abstract

OBJECTIVE: Given the lack of reliable murine model of binge-like eating, we tried to induce this pathological behavior in mice. METHOD: We used an experimental protocol mimicking the etiological factors involved in the development of binge eating in humans, that is, food restriction, refeeding (R-R) in presence of high palatable food, and stress (S). RESULTS: Mice subjected to at least three cycles of R-R plus S (forced swimming stress), showed a binge-like behavior evident as early as 4 h, persisting 24 h after stress application and not associated to depressive-like behavior. However, after the third R-R/S cycle, food intakes of mice returned to normal levels. DISCUSSION: (i) at least three cycles of R-R plus S are required to promote abnormal eating in mice, (ii) this is not associated to depressive-like behaviors, and (iii) the enhanced pathological behavior showed a transient nature not persisting after the third R-R/S cycle.

Key concepts: Binge eating, Pathological, Psychology, Eating behavior, Etiology, Food intake, Feeding behavior, Endocrinology

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