Modelos de dados selecionados

Deve ter sessão iniciada para selecionar vários modelos de dados e para os transferir ou analisar.

3 Resultados da pesquisa.
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Effects of D3 antagonist GSK598809 on neural and behavioural responses to food reward/reinforcement after a single dose in overweight/obese subjects NCT01039454 - Non-Serious Adverse Events

- 09/07/2018 - 1 Formulário, 2 Grupos de itens, 13 Elementos de dados, 1 Idioma
Grupos de itens: Administrative Data, Non-Serious Adverse Events
This ODM file contains documentation of Non-Serious Adverse Events. To be checked for (and added if neccessary) at Sessions 1 and 2 (Day -1), Early Withdrawal and Follow-Up. Study ID: 109710 Clinical Study ID: DAN109710 Study Title: A single-blind, randomized, placebo controlled, two-period crossover fMRI study to investigate the effects of the D3 antagonist GSK598809 on neural and behavioural responses to food reward and reinforcement after a single oral dose of GSK598809 in overweight and obese subjects. Patient Level Data: Study Listed on ClinicalStudyDataRequest.com Clinicaltrials.gov Identifier: NCT01039454 https://clinicaltrials.gov/ct2/show/NCT01039454 Sponsor: GlaxoSmithKline Collaborators: N/A Phase: Phase 1 Study Recruitment Status: Completed Generic Name: GSK598809 Trade Name: Study Indication: Substance Dependence Brief Summary: This novel compound is a new experimental treatment that may help people to stop compulsive overeating. Compulsive overeating or binge eating is one of the main reasons why people are overweight or obese. Recent research has shown that some kinds of overeating may be linked to a brain chemical called dopamine. There is some evidence that blocking the action of this chemical in animals can reduce food intake, particularly of foods that are high in fat and sugar. The purpose of this study is to find out if this compound (which blocks the effects of dopamine) has the same effect in overweight or obese people, as it does in animals.

Effects of D3 antagonist GSK598809 on neural and behavioural responses to food reward/reinforcement after a single dose in overweight/obese subjects NCT01039454 - Liver Events

- 03/07/2018 - 1 Formulário, 7 Grupos de itens, 31 Elementos de dados, 1 Idioma
Grupos de itens: Administrative Data, Liver Chemistry Result at/above Investigational Product stopping Criteria, Start and End Date of Investigational Product, Subject Factors, Diagnostics Liver Event, Unscheduled PK blood sample, Specific Medical Conditions at onset of liver event
This ODM file contains Information about Liver Events. Use separate forms for each liver event. Study ID: 109710 Clinical Study ID: DAN109710 Study Title: A single-blind, randomized, placebo controlled, two-period crossover fMRI study to investigate the effects of the D3 antagonist GSK598809 on neural and behavioural responses to food reward and reinforcement after a single oral dose of GSK598809 in overweight and obese subjects. Patient Level Data: Study Listed on ClinicalStudyDataRequest.com Clinicaltrials.gov Identifier: NCT01039454 https://clinicaltrials.gov/ct2/show/NCT01039454 Sponsor: GlaxoSmithKline Collaborators: N/A Phase: Phase 1 Study Recruitment Status: Completed Generic Name: GSK598809 Trade Name: Study Indication: Substance Dependence Brief Summary: This novel compound is a new experimental treatment that may help people to stop compulsive overeating. Compulsive overeating or binge eating is one of the main reasons why people are overweight or obese. Recent research has shown that some kinds of overeating may be linked to a brain chemical called dopamine. There is some evidence that blocking the action of this chemical in animals can reduce food intake, particularly of foods that are high in fat and sugar. The purpose of this study is to find out if this compound (which blocks the effects of dopamine) has the same effect in overweight or obese people, as it does in animals.

Effects of D3 antagonist GSK598809 on neural and behavioural responses to food reward/reinforcement after a single dose in overweight/obese subjects NCT01039454 - Serious Adverse Events

- 29/06/2018 - 1 Formulário, 12 Grupos de itens, 57 Elementos de dados, 1 Idioma
Grupos de itens: Administrative Data, Serious Adverse Events - Section 1, Serious Adverse Events - Section 2: Seriousness, Serious Adverse Events - Section 3: Demography Data, Serious Adverse Events - Section 4: Recurrence, Serious Adverse Events - Section 5: Causes Of SAE Other Than Investigational Products, Serious Adverse Events - Section 6: Relevant medical conditions, Serious Adverse Events - Section 7: Other relevant risk factors, Serious Adverse Events - Section 8: Relevant concomitant medication, Serious Adverse Events - Section 9: Details of investigational Products, Serious Adverse Events - Section 10: Details of relevant assessments, Serious Adverse Events - Section 11: Narrative Remarks
This ODM file contains documentation of Serious Adverse Events. To be checked for (and added if neccessary) at Sessions 1 and 2 (Day -1), Early Withdrawal and Follow-Up. Study ID: 109710 Clinical Study ID: DAN109710 Study Title: A single-blind, randomized, placebo controlled, two-period crossover fMRI study to investigate the effects of the D3 antagonist GSK598809 on neural and behavioural responses to food reward and reinforcement after a single oral dose of GSK598809 in overweight and obese subjects. Patient Level Data: Study Listed on ClinicalStudyDataRequest.com Clinicaltrials.gov Identifier: NCT01039454 https://clinicaltrials.gov/ct2/show/NCT01039454 Sponsor: GlaxoSmithKline Collaborators: N/A Phase: Phase 1 Study Recruitment Status: Completed Generic Name: GSK598809 Trade Name: Study Indication: Substance Dependence Brief Summary: This novel compound is a new experimental treatment that may help people to stop compulsive overeating. Compulsive overeating or binge eating is one of the main reasons why people are overweight or obese. Recent research has shown that some kinds of overeating may be linked to a brain chemical called dopamine. There is some evidence that blocking the action of this chemical in animals can reduce food intake, particularly of foods that are high in fat and sugar. The purpose of this study is to find out if this compound (which blocks the effects of dopamine) has the same effect in overweight or obese people, as it does in animals.

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