View clinical trials related to Bulimia.
Filter by:Binge eating disorder (BED) shows prominent circadian features that suggest a delay in circadian phase, and preliminary evidence shows binge eating may be responsive to chronobiological interventions, implicating a circadian system dysfunction in its pathophysiology. What remains lacking, however, is comprehensive knowledge of the characteristics of circadian system dysfunction in BED, and whether this dysfunction represents a therapeutic target in BED. There is therefore a critical need to characterize circadian system dysfunction in BED, and evaluate it as a potential therapeutic target. Without such information, the understanding on the role of the circadian system in BED and its potential as a new therapeutic target will remain limited.
Overweight/obesity and loss of control eating (characterized by the sense that one cannot control what or how much one is eating) are prevalent among children and adolescents, and both are associated with serious medical and psychosocial health complications. Although our recently published data suggest that youth with these conditions may have relative deficits in neurocognitive functioning, particularly working memory, understanding of how these processes and their neural correlates are related to change and stability in eating and weight-related outcomes over time is limited, thereby impeding development of targeted, optimally timed interventions. The present study aims to assess prospective associations between general and food-specific executive functioning and underlying neural substrates, and eating and weight outcomes among children at varying levels of risk overweight/obesity and eating disorders, which will help guide research efforts towards the development of effective prevention and intervention strategies.
The goal of this project is to evaluate the efficacy and tolerability of the novel dopamine and norepinephrine reuptake inhibitor (DNRI) solriamfetol in the treatment of binge eating disorder (BED).
This study examines the influence of acute fasting and eating on self-control in adult females with and without bulimia nervosa (BN). Specifically, the study team is investigating whether differences in behavior and brain activation in response to computer tasks after fasting and after eating a meal could help to explain the symptoms of bulimia nervosa. Data will be collected using questionnaires and a technology called magnetic resonance imaging (MRI).
This research project aims to explore the feasibility of a computerised training to reduce approach to high energy-dense foods among individuals who binge eat. The computerised intervention used will be an inhibitory control training, particularly, a food-specific go/no-go task. Eighty adults with a diagnosis of bulimia nervosa or binge eating disorder who are currently receiving psychological and/or pharmacological treatment for their eating disorder will be recruited and randomised to receive the computerised training in addition to treatment as usual (experimental group: training + TAU) or treatment as usual only (control group: TAU). Participants will complete questionnaires at baseline (T0), post-intervention (T1; 4 weeks), and follow-up (T2; 8 weeks). Participants will be asked to complete the computerised training for 4 weeks using a mobile app called FoodT. The computerised training consists of completing a food-specific go/no-go task to reduce approach to high energy-dense foods. The results of this study will build steps for future larger-scale interventions and improve understanding of psychological mechanisms involved in binge eating behaviour.
Eating Disorders (ED) are a major public health problem. Current care remains only partially effective and the pathophysiology of the disorders remains to be deepened. With regard to compulsive ED (bulimia and binge eating disorder), our clinical experience suggests that one of the major triggers for crisis may be related to glycemia. In fact, bulimia could be considered as a vicious circle where the binge eating disorder is going to be followed by a food restriction in order to control weight , putting the subject in a situation of "energy deficiency" which will favor the emergence of new crises . Technological advances have resulted in the emergence of new measuring devices, such as "tracking", which records continuous glycemia, which would allow us to explore these clinical hypotheses.
Current treatment strategies for BN are limited. The total effective rate of pharmacotherapy and psychotherapy is only about 50%.The preliminary studies and clinical experience of this project indicate that :(1) fluoxetine, DBT and CBT were effective in controlling binge eating and purging behaviors in patients with BN;(2) the short-term efficacy of fluoxetine group is better than DBT group ;(3) treatment with fluoxetine is more convenient and easier to be accepted by Chinese patient and Chinese doctors. BN patients who had poor response to fluoxetine with adequate dosage and duration would receive a secondary treatment, and randomly assigned to three groups: topiramate, fluoxetine +CBT, fluoxetine +DBT.This study was designed as a multicenter randomized controlled study, in which 550 patients with bulimia were enrolled. During 1year of follow-up, the onset time, short-term and long-term efficacy, duration of treatment and the cost of each treatment strategies would be observed and compared.
The investigators are doing a study of women with and without binge-eating disorder to learn more about what happens when people engage in everyday decision-making activities. The investigators are interested in learning more about brain activity during everyday decision-making and how everyday decision-making relates to a variety of daily experiences. Examples of everyday decisions include deciding which product to buy, deciding what to eat for a snack, and deciding how to spend free time.
The primary aim of this study is to determine whether a computerized inhibitory control training (ICT) will improve CBT treatment outcomes for Bulimia Nervosa and Binge Eating Disorder.
Overweight/obesity and inadequate sleep are prevalent, and frequently co-occurring, health risks among children, both of which are associated with serious medical and psychosocial health complications including risk for cardiovascular disease. Although the investigator's data suggest that disrupted or shortened sleep may be causally associated with increased energy intake and weight gain in children, and with self-regulation and neural response to food cues in adults, understanding of mechanisms involved in the sleep/eating association is incomplete, thereby impeding development of targeted, optimally timed intervention strategies. The proposed mechanistic clinical trial aims to assess the effects of an experimental sleep manipulation on eating-related self-regulation and its neural substrates, and on real-world eating behavior, among children with overweight/obesity, which will help guide research efforts towards the refinement of prevention and intervention strategies targeting sleep and its eating-related correlates to curb weight gain throughout development.