Food and Behaviour Research

Donate Log In

24 February 2017 - MedXpress - Effects of a poor diet during pregnancy may be reversed in female adolescent offspring

FAB RESEARCH COMMENT:

For a change, this study offers some possible good news with respect to 'nutritional programming' (the process by which early life nutrition - and therefore parents' diets - can have a permanent effect on the health and wellbeing of their unborn children, and in some cases, grandchildren) - by showing that early dietary intervention might be able to undo some of the damage done by the typical western high-fat, high-sugar diet, at least in the case of female children. 

For details of this research, see:
See also:

Here's some good news if you are female: Research published online in 
The FASEB Journal, shows that in mice, what is eaten during adolescence or childhood development may alter long-term behavior and learning, and can even "rescue" females from the negative effects on behavior resulting from a poor maternal diet during pregnancy.

Here's some good news if you are female: Research published online in The FASEB Journal, shows that in mice, what is eaten during adolescence or childhood development may alter long-term behavior and learning, and can even "rescue" females from the negative effects on behavior resulting from a poor maternal diet during pregnancy.

"These are provocative findings," said Thoru Pederson, Ph.D., Editor-in-Chief of The FASEB Journal." So many effects during pregnancy have been touted as irreversible—perhaps not always so. "

In their study Reyes and colleagues used four groups of female mice. The first group was fed a control diet during pregnancy and lactation. The second group was fed a high-fat diet during pregnancy and lactation. The third was also fed a nutrient-enriched diet during early life.

The fourth group included offspring from the mice fed a high-fat diet that were fed the nutrient-enriched diet during early life. When all mice were adults, they were fed the same control diet for the remainder of their lives.

Researchers then used operant behavior chambers (chambers in which a mouse must nose-poke into a hole to get a reward) to examine learning and motivation. They found that the female offspring who were fed the nutrient-enriched diet during early life learned faster and were more motivated to obtain the sugar reward.

Furthermore, the nutrient supplementation also reversed some of the deficits observed due to high-fat feeding during pregnancy.