high-fat diet

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Exercise reverses the harmful effects of consumption of a high-fatdiet on synaptic and behavioral plasticity associated to the action of brain-derived neurotrophic factor.
Females have lower basal glucose levels than males, and animals on a low-fat diet have lower basal glucose levels than animals on a high-fatdiet.
A finding of significant family by environment interaction indicates the presence of genetic variation in response to a high-fatdiet.
Therefore, a population formed from the cross of these strains should display genetic variation in response to a high-fatdiet.
All organ weights show a significant diet effect : animals on a high-fatdiet have heavier organs than animals on a low-fat diet.
The last two interaction effects are of primary interest here since they relate to genetic variation in response to a high-fatdiet.
Some of these traits, including liver weight, reproductive and renal fat pad weights, and adult growth rate, also show genetic variance in response to a high-fatdiet.
At the posterior end, a protruding bulge, which enclosed oocytes leaving the ovary, was observed in females collected from mice on the high-fatdiet (fig. 1d).
Females have lower levels of serum insulin than males and animals fed a low-fat diet have much lower levels of serum insulin than animals fed a high-fatdiet.
All cohorts had lower basal glucose levels at 10 weeks than at 20 weeks, but the age-related increase was slightly greater among animals on a high-fatdiet.
In a study of mice fed a high-fatdiet, an extract of the seeds limited obesity.
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