Palatability (Energy I Pilot)

NCT ID: NCT01653886

Last Updated: 2016-02-04

Study Results

Results pending

The study team has not published outcome measurements, participant flow, or safety data for this trial yet. Check back later for updates.

Basic Information

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Recruitment Status

COMPLETED

Clinical Phase

NA

Total Enrollment

16 participants

Study Classification

INTERVENTIONAL

Study Start Date

2010-10-31

Study Completion Date

2011-04-30

Brief Summary

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A pilot study was conducted to develop the study menus that were similar in appearance, aroma, and taste.

Detailed Description

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The aim of the pilot study was to test for differences in palatability ratings of the four menus that will be administered during the ENERGY I project. During the pilot study, palatability ratings were collected for each meal (breakfast, lunch, and dinner) from four different menus that were served to participants during the main ENERGY I trial. The menus consist of three diets that vary in dietary fat and energy density: 1) high fat/high energy density, 2) high fat/low energy density, and 3) high carbohydrate/low energy density. In addition to these three menus, the menu from the baseline period of the trial will also be tested for palatability.

Conditions

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Energy Density

Study Design

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Allocation Method

RANDOMIZED

Intervention Model

CROSSOVER

Blinding Strategy

SINGLE

Participants

Study Groups

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Pilot Group 1

Each Participant completed taste tests at breakfast, lunch and dinner consisting of the 4 menus (baseline, high fat-high energy density, high fat-low energy density, and high carbohydrate-low energy density).

Group Type EXPERIMENTAL

Breakfast (1-2 hours, in the morning)

Intervention Type OTHER

You will be required to taste small portions (1 to 2 bites) of 4 different breakfast meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy density is the ammount of enregy of kilocalories in one gram of the food.

Lunch (1-2 Hours, at midday)

Intervention Type OTHER

You will be required to taste small portions of 4 different lunch meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Dinner (1-2 hours, in the afternoon)

Intervention Type OTHER

You will be required to taste small portions of 4 different dinner meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Pilot Group 2

Each Participant completed taste tests at breakfast, lunch and dinner consisting of the 4 menus (baseline, high fat-high energy density, high fat-low energy density, and high carbohydrate-low energy density).

Group Type EXPERIMENTAL

Breakfast (1-2 hours, in the morning)

Intervention Type OTHER

You will be required to taste small portions (1 to 2 bites) of 4 different breakfast meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy density is the ammount of enregy of kilocalories in one gram of the food.

Lunch (1-2 Hours, at midday)

Intervention Type OTHER

You will be required to taste small portions of 4 different lunch meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Dinner (1-2 hours, in the afternoon)

Intervention Type OTHER

You will be required to taste small portions of 4 different dinner meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Pilot Group 3

Each Participant completed taste tests at breakfast, lunch and dinner consisting of the 4 menus (baseline, high fat-high energy density, high fat-low energy density, and high carbohydrate-low energy density).

Group Type EXPERIMENTAL

Breakfast (1-2 hours, in the morning)

Intervention Type OTHER

You will be required to taste small portions (1 to 2 bites) of 4 different breakfast meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy density is the ammount of enregy of kilocalories in one gram of the food.

Lunch (1-2 Hours, at midday)

Intervention Type OTHER

You will be required to taste small portions of 4 different lunch meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Dinner (1-2 hours, in the afternoon)

Intervention Type OTHER

You will be required to taste small portions of 4 different dinner meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Pilot Group 4

Each Participant completed taste tests at breakfast, lunch and dinner consisting of the 4 menus (baseline, high fat-high energy density, high fat-low energy density, and high carbohydrate-low energy density).

Group Type EXPERIMENTAL

Breakfast (1-2 hours, in the morning)

Intervention Type OTHER

You will be required to taste small portions (1 to 2 bites) of 4 different breakfast meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy density is the ammount of enregy of kilocalories in one gram of the food.

Lunch (1-2 Hours, at midday)

Intervention Type OTHER

You will be required to taste small portions of 4 different lunch meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Dinner (1-2 hours, in the afternoon)

Intervention Type OTHER

You will be required to taste small portions of 4 different dinner meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Interventions

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Breakfast (1-2 hours, in the morning)

You will be required to taste small portions (1 to 2 bites) of 4 different breakfast meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy density is the ammount of enregy of kilocalories in one gram of the food.

Intervention Type OTHER

Lunch (1-2 Hours, at midday)

You will be required to taste small portions of 4 different lunch meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Intervention Type OTHER

Dinner (1-2 hours, in the afternoon)

You will be required to taste small portions of 4 different dinner meals. You will be asked to reate the taste after each meal. Meals will vary in fat and energy density, and will consist of two high fat diets and a high carbohydrate diet. Energy densityis the ammount of enregy of kilocalories in one gram of the food.

Intervention Type OTHER

Eligibility Criteria

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Inclusion Criteria

* You are between the ages of 18 and 50, inclusive, if you are a male or between the ages of 18 and 45, inclusive, if you are a female.
* your body mass index (BMI) is between 25 and 30 kg/m2, inclusive
* For females, if you have regular menstrual periods, with no less than 28 day cycles.

Exclusion Criteria

* you have a chronic disease that affects body weight, appetite, or metabolism, such as diabetes and cardiovascular disease.
* You use prescriptions or over-the-counter medications or herbal products that affect metabolism or body weight (e.g. weight loss medications such as sibutramine, or orlistat).
* You have symptoms of depression or excessive dietary restraint.
* You have an allergy to one or more of the test foods.
Minimum Eligible Age

18 Years

Maximum Eligible Age

50 Years

Eligible Sex

ALL

Accepts Healthy Volunteers

Yes

Sponsors

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Pennington Biomedical Research Center

OTHER

Sponsor Role lead

Responsible Party

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Corby K. Martin

Principal Investigator

Responsibility Role PRINCIPAL_INVESTIGATOR

Locations

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Pennington Biomedical Research Center

Baton Rouge, Louisiana, United States

Site Status

Countries

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United States

References

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Apolzan JW, Bray GA, Hamilton MT, Zderic TW, Han H, Champagne CM, Shepard D, Martin CK. Short-term overeating results in incomplete energy intake compensation regardless of energy density or macronutrient composition. Obesity (Silver Spring). 2014 Jan;22(1):119-30. doi: 10.1002/oby.20587. Epub 2013 Sep 10.

Reference Type DERIVED
PMID: 23913807 (View on PubMed)

Other Identifiers

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PBRC 10017-P

Identifier Type: -

Identifier Source: org_study_id

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