objective of this study was to assess effects of foods fortified with
docosahexaenoic acid (DHA)–rich fish oil on cognitive, memory, psychomotor,
immunologic and retinal function and other measures of development in healthy
puppies. After weaning, 48 Beagle puppies were assigned to three groups,
receiving low-DHA, moderate-DHA or high-DHA food as their sole source of
nutrition until 1 year of age. Visual discrimination learning and memory tasks,
psychomotor performance tasks, physiologic tests and anti-rabies virus antibody
titers were performed at various points.
had similar proximate analysis results but varied in concentration of DHA from
fish oil; the high-DHA food also contained higher concentrations of vitamin E,
taurine, choline and L-carnitine. The high-DHA group had significantly better
results for reversal task learning, visual contrast discrimination and early
psychomotor performance in side-to-side navigation through an
obstacle-containing maze than did the moderate-DHA and low-DHA groups. The
high-DHA group had significantly higher anti-rabies antibody titers one and two
weeks after vaccination.
weaning, dietary fortification with fish oils rich in DHA and possibly other
nutrients implicated in neurocognitive development improves cognitive, memory,
psychomotor, immunologic and retinal functions in growing dogs.
Source: S.C. Zicker et al., 2012. Evaluation of cognitive learning, memory,
psychomotor, immunologic, and retinal functions in healthy puppies fed foods
fortified with docosahexaenoic acid–rich fish oil from 8 to 52 weeks of age. JAVMA 241: 583-594. doi: 10.2460/javma.241.5.583
5 small steps would streamline information on petfood ingredients to help communicate with pet owners
Tomato pomace has the potential to provide additional nutrition and health benefits
The lowly pea appears to be an effective ingredient for the next generation of dog and cat diets
It's the finishing touch that can meet both owner and pet needs.
What is this quiet, unassuming ingredient, and should it be there?
It's an "Intel inside" type of molecule -- but also a problem child
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