Trout
Otherrainbow trout
NCT Number: NCT06721468
Regular fish consumption may support brain health. Trout lines developed in Idaho contain higher levels of omega-3 fatty acids, nutrients important for human cognition and mental wellbeing. Developed to support aquaculture sustainability, consumer preferences and human health benefits of these fish are unknown. The long-term goal of this project is to utilize nutrition education strategies to increase adult and child consumption of fish to improve brain health as measured by cognitive and emotional wellbeing. Research objectives and activities include, (1) adult and child consumer panels to provide sensory evaluation on three strains of trout, (2) effects of repeated exposure (RE) and child-centered nutrition phrases (CCNP) on eating behaviors and brain health will be determined using one control and two treatment groups of children in childcare settings, (3) effects of nutrition education, incorporating CCNP and fish preparation techniques, and RE targeting family meals on eating behaviors of children and brain health of adults and children will be determined using four treatment groups in the home setting.
Interested in participating?
Request Info3 year and older
All sexes
Interventional
Not applicable
University of Idaho, Moscow, Idaho, United States
Regular fish consumption may support brain health. Trout lines developed in Idaho contain higher levels of omega-3 fatty acids, nutrients important for human cognition and mental wellbeing. Developed to support aquaculture sustainability, consumer preferences and human health benefits of these fish are unknown. The long-term goal of this integrated project is to utilize nutrition education strategies to increase adult and child consumption of fish to improve brain health as measured by cognitive and emotional wellbeing. The long-term impact of this project addresses the key knowledge gap in understanding strategies to increase fish consumption in children and adults, which has the positive implication to improve adult and child cognitive and emotional wellbeing. As knowledge of the health benefits of foods such as fish, may not result in increased consumption, this study can provide evidence of repeated exposure and applied educational tools to facilitate consumption by children and adults. Results from this study will fill the gap to provide greater knowledge of cognitive and emotional wellbeing health benefits of fish consumption and strategies for increasing adult and children's fish consumption. A greater intake of fish not only has the potential to contribute to improved population health outcomes, but also has a probable role in sustainability of US agriculture and food systems through promotion of this cost effective source of protein. In addition, better understanding the sensory perceptions of consumers in relation to fish with varied diets is an important step in identifying additional strategies to grow the aquaculture industry. The specific lines of trout being developed at the Hagerman facility do have a focus on sustainability through feeding plant-based diets rather than the traditional fish meal diet, which is less sustainable and more taxing on the aquaculture industry. Having the data on consumer acceptance, and evidence to support nutrition education strategies to increase liking, and consumption of these lines of trout will contribute to the overall sustainability goals.
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
rainbow trout
learn the phrase, "trout helps your brain so you can learn and play" either through researcher introduction or completing the "About Trout! Pond to Plate" curriculum
presented with a puzzle to solve each week
Time frame: Change from baseline liking at 12-weeks
subjects rate their liking of trout on a 3-point scale (yummy, just okay, yucky)
Time frame: Change from baseline intake at 12-weeks
Subjects are offered 2oz of trout each week for 12 weeks. Trout servings are weighed pre/post consumption as a proxy of intake.
Time frame: Change from baseline cognition composite score at 12-weeks
Subjects complete a battery of computerized cognitive assessments at baseline and 12-weeks, using the NIHToolbox for Assessment of Neurological and Behavioral Function application. Early childhood cognition composite score is derived from scores on tthe Dimensional Change Card Sort, Flanker, Picture Sequence Memory, Picture Vocabulary, and Speeded Matching tests.
Time frame: Change from baseline emotion score at 12-weeks
Subjects complete a battery of computerized self-reported or parent proxy questionnaires using the NIHToolbox for Assessment of Neurological and Behavioral Function.
Time frame: measured 1 time upon enrollment
subjects rate their liking of three different trout strains
Time frame: Change from baseline cognition composite score at 12-weeks
Subjects complete a battery of computerized cognitive assessments at baseline and 12-weeks, using the NIHToolbox for Assessment of Neurological and Behavioral Function application. Fluid cognition composite score is derived from scores on the dimensional change card sort, flanker, picture sequence memory, list sorting, and pattern comparison tests.
Contact information is provided by the study sponsor or research team.
Annie J Roe, PhD
CONTACT
Matt Powell, PhD
CONTACT
University of Idaho
Other
Increasing Trout Consumption in Young Children and Families for Cognitive and Mental Health Benefit
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