View clinical trials related to Binge-Eating Disorder.
Filter by:This study is a pilot clinical trial of a new guided self-help CBT for binge eating. Participants will complete an intake assessment; following determination of eligibility, participants will then complete four months of treatment (weekly guided self-help sessions). At the end of treatment, participants will complete an interview with a research clinician to assess outcomes.
The main goal of this observational study is to measure the prevalence of binge eating disorder in liver transplant patients by evaluating the responses to the Bulimia Test. Secondary objectives of the study are to: - Determine the prevalence of binge eating disorders in liver transplant patients following alcoholic cirrhosis, evaluated by the Bulimia Test; - Study the association between the presence of eating disorder behaviours and liver damage : hepatic steatosis and fibrosis determined by Fibroscan (Transient elastography and controlled attenuation parameter) - Study the association between presence of eating disorder behaviours and alcohol use disorder, measured by Alcohol Use Disorders Identification Test-Consumption
The aim of this observational study is to elucidate the biopsychosocial (including neural, psychological, and social) basis of eating disorders (EDs). The investigators will use functional and structural neuroimaging, psychological as well as environmental data to identify both shared and distinct behavioural/neural processes across ED diagnoses. The investigators will use advanced statistical methods such as machine learning based models. The investigators will carry out analysis on the data already collected in the STRATIFY (Brain network based stratification of reinforcement-related disorders, IRAS ID 218030) and IMAGEN studies (Reinforcement-related behaviour in normal brain function and psychopathology, reference PNM/10/11-126), including participants with Anorexia Nervosa (N=60), Bulimia Nervosa (N=52), Binge eating disorder (N=27) and healthy controls. In addition, the investigators will recruit 30 new participants with a binge eating disorder using the original STRATIFY study protocol to enlarge the binge eating disorder group, so that its sample size is comparable to the other groups. Participants will complete online questionnaires, take an online clinical interview, and undergo a research visit, including brain scans, collection of blood and urine samples, and assessment using a range of cognitive and behavioural measures.
The purpose of this study is to test the feasibility, acceptability and efficacy of two technology-based intervention systems (including an Advanced Digital Data Sharing (ADDS) with Coaches or a smartphone-based just-in-time, adaptive interventions (JITAIs) system) for improving treatment adherence, skills utilization and binge eating when used in conjunction with a self-help cognitive behavior therapy [CBT] delivered via a smartphone application [app]). The study is being conducted to test a novel approach to providing evidence-based treatment for binge eating without clinician support in a routine clinical setting.
Occupational therapy is uniquely poised to help address chronic Eating Disorders (EDs) because of our holistic approach to client care. The complex and serious nature of EDs spans so many areas of life and wellbeing, it requires an intervention strategy that addresses the whole person across mental, physical, social, and spiritual realms. Unfortunately, specialized care for EDs can be difficult to find - especially for those not sick enough to be admitted to an inpatient facility but who are still struggling to thrive in daily life. For example, in New Mexico there is only one inpatient treatment center for EDs and no specialized outpatient services. This leaves many people suffering from EDs without options for care because they are not yet sick enough. There is a need for novel interventions in this setting that go beyond the traditional weight and food-focused medical interventions and seek to help empower individuals, work around challenges, and live their lives to the fullest. To meet this need in our community, the study team is developing a preliminary outpatient treatment program. The ROADE (Restorative Occupational Approaches for Disordered Eating) Program is an 8-week, structured, multimodal intervention seeking to reduce psychosocial symptoms and improve self-management skills for disordered eating. The intervention strategies range from: (1) wellness activities like mindfulness meditation to improve interoception, self-acceptance, and as a self-guided coping tool (2) adaptation of health management and self-care occupations to improve daily functioning while navigating ongoing disordered eating symptoms and (3) light exercise like Yoga and lymphatic drainage exercises to reconnect in a positive way with the body, improve digestion, promote relaxation, and reduce muscle tension. The current research investigates the feasibility and acceptability of this intervention while testing preliminary effects on eating disorder symptoms.
The aim of the SEMASEARCH project is therefore to constitute a retrospective cohort, from the available data on patients already included in the ATUc/AP2, and prospective, on new patients who will initiate treatment according to the AP2 PUT, of 15 Specialized Obesity Centers in order to describe the effect of WEGOVY® treatment in this population. Thanks to a high phenotyping, subpopulations of interest will be identified to know the specifics of the effect of the treatment in these subgroups of interest. Secondary analyses will aim to look for clinical or biological biomarkers of success in the weight response to WEGOVY® in the entire prospective cohort, but also in specific subpopulations. In summary, the analysis of the entire SEMASEARCH cohort and sub-populations of interest will be based on a complete clinical phenotyping of patients (included in retrospective and prospective studies), completed by ad hoc questionnaires and associated with biological markers (prospective) partly collected within the framework of the WEGOVY® AP (glycaemia, hepatic assessment, lipid assessment ) and partly from a biobank to test specific hypotheses (predictive role of leptin sensitivity, insulin sensitivity level, plasma level of endocannabinoids, etc.). In addition, approaches using artificial intelligence (AI), notably machine learning, will make it possible to determine the variables or combination of variables that are most predictive of the weight response to treatment with WEGOVY® in the largest population. Indeed, individual weight loss in response to weight loss strategies is highly variable, whether purely related to lifestyle changes or pharmacological. Well-known factors associated with the ability to lose weight include adherence to lifestyle change, gender, age and specific medications. However, after controlling for these factors, differences in weight loss appear to persist in response to different interventions including pharmacological ones. Adaptation to energy deficit involves complex feedback mechanisms, and inter-individual differences are likely to arise from a range of poorly defined factors. Thus, a better understanding of the factors involved in inter-individual variability in response to WEGOVY® will help guide more personalised approaches to the management of these patients. AI techniques will be used to determine which combination of clinical or biological variables are most predictive of weight response.
Craving is defined as an irrepressible urge to consume certain products and represents one of the key factors in severe substance use disorders, as illustrated by its recent inclusion as a diagnostic criterion in the most recent fifth edition of the Diagnostic and Statistical Manual of Mental Disorders (DSM 5). However, the pathophysiological models of craving remain debated. The "metacognitive hub model", a conceptual, experimental and clinical approach to craving, proposes that craving should be considered as the embedded consequence of the interaction between three components (the reflexive, automatic and interoceptive systems), each of which has an implicit and explicit element. This model links the three components by suggesting that metacognitive abilities, the ability to understand one's own cognitive functioning, may be a skill of individuals that allows them to make the three sub-components explicit or not. To date, the conception of eating disorders is increasingly similar to that of addictive disorders. Indeed, there is growing evidence that the symptomatology of bulimia nervosa and binge eating disorder can be considered in part as an "food addiction" and would fit the diagnostic criteria of an addictive disorder. Bulimia nervosa is an eating disorder (DSM 5) characterized by a cycle of binge eating and compensatory behaviors such as self-induced vomiting that tend to negate or compensate for the effects of the binge eating. Binge eating disorder (DSM 5) is characterized by a cycle of binge eating, but without the compensatory behaviors seen in bulimia nervosa. In addition, there are common neurological aspects as well as similar cognitions between these eating disorders and addictive disorders. Given the importance of craving in addictive pathology, it seems essential to address this issue in bulimia nervosa and binge eating disorder. The cognitive difficulties of patients with bulimia nervosa and binge eating disorder, which are close to the difficulties observed in patients with addictive behaviors, suggest that the "metacognitive hub model" could provide a clear and measurable theoretical framework of the different dimensions of craving. The overall objective of this project is to explore the relationship between the level of craving induced by food picture exposure and the level of impairment of the reflexive, automatic, interoceptive, and metacognitive systems in women with bulimia nervosa and binge eating disorder and to compare these impairments according to the nature of the eating disorder (i.e., binge eating versus bulimia nervosa). Our hypotheses are: 1. the induction of food craving will affect the reflexive, automatic, and interoceptive systems of patients with bulimia nervosa and binge eating disorder. 2. the magnitude of the effect of food craving induction on implicit craving and explicit craving will be modulated by the participants' metacognitive abilities.
Binge-eating behavior is a central feature of eating disorders (e.g., binge-eating disorder, bulimia nervosa, anorexia nervosa-binge-eating/purging subtype) and is associated with higher rates of psychopathology, psychosocial impairment, medical comorbidity, and more severe obesity, all of which pose significant public health problems. Passive detection of binge eating episodes combined with a context-based reminder intervention could assist a patient in resuming healthy eating patterns. This study will test a smartwatch app that identifies binge eating behavior and provides CBT strategies to the patient after the episode.
The primary goal of this study is to elucidate the impact of disorder provocation on the efficacy of TMS for the treatment of BED. In order to meet this objective, the investigators propose to evaluate this relationship in using a crossover study. Secondary objectives of this study include determining whether TMS with or without BED symptom provocation has effects in altering neurophysiology as detected by fMRI.
Twenty women, ages 60 or older, will be consented and enrolled in a single-arm, pilot implementation trial of the age-tailored cognitive-behavioral based BE intervention. Participants will complete assessments at baseline, post-intervention, and at two follow-up timepoints; weekly BE frequency will be collected to monitor progress during the intervention period.