Publishing in the journal Cell a group of scientists have published their research working on mice which reports that a high
fat diet of the mother can bring about a shift in gut microbes that negatively impacts the social behaviour of the offspring mice.
Not exact matches
A breastfeeding
mother should eat a healthy, whole foods
diet and avoid junk foods and hydrogenated
fats («trans
fats» reduce the quality
of fats in mom's milk).
The milk
fat of a lactating
mother is made up
of these stores as well as her current
diet.»
Pancreatin is taken by the
mother to breakdown
fats in food Mom eats, allowing you to expand your choices
of diet without causing tummy trouble for your little one.
The carbohydrate, protein,
fat, calcium and iron contents do not change much even if the
mother is short
of these in her
diet.
Fertility tests
of the mice in adulthood showed that those whose
mothers had been fed a high -
fat diet while breastfeeding had decreased litter size, longer duration from mating to date
of birth and impaired pregnancy rate in both female and male mice.
The male offspring
of mothers fed the high -
fat diet showed altered gene expression in the hippocampus which persisted through adulthood.
The offspring
of mothers fed the high -
fat diet also weighed more, ate more, and had a stronger preference for high -
fat foods.
Research has shown that a
mother's
diet during pregnancy, particularly one that is high -
fat, may program her baby for future risk
of certain diseases such as diabetes.
Offspring
of the monkey moms on the high -
fat diet ate more
of a delicious high -
fat and high - sugar food than the offspring
of control -
diet - fed
mothers.
When Rivera examined the brains
of the offspring, she found that monkeys whose
mothers ate high -
fat diets may have a reduced number
of neurons that release the chemical messenger dopamine.
Maternal
diet during pregnancy and lactation may prime offspring for weight gain and obesity later in life, according to Penn State College
of Medicine researchers, who looked at rats whose
mothers consumed a high -
fat diet and found that the offspring's feeding controls and feelings
of fullness did not function normally.
In both human and laboratory studies, the offspring
of mothers who are obese or consume a high -
fat diet during pregnancy are much more likely to be overweight and have weight - related problems such as metabolic syndrome, diabetes and heart disease later in life.
The rats taking the supplement ate less, and both baby and
mother had a lower percentage
of body
fat — 33 percent for mom and 30 per cent for newborn — compared to the rats that ate the same
diet but with no supplement.
Fertility tests
of the mice in adulthood showed that those whose
mothers had been fed a high -
fat diet while breastfeeding had decreased litter size, longer duration from mating to date
of birth and impaired pregnancy rate in both female and male mice.
The researchers then assessed the impact
of this on both the metabolism
of the
mother and her levels
of body
fat, compared to mice which were fed a more balanced
diet.
The gut microbiomes
of babies born to
mothers who ate a high -
fat diet during pregnancy were different from those
of babies whose
mothers who did not.
Few
of us would complain to an infant that it is getting too much
fat in its
diet —
mother's milk is 52 percent
fat — or that it needs a wider variety
of foods.
Also, none
of the
mothers I know who followed a Paleo
diet gained excessive body
fat.
Breastfeeding, the
diet of the breastfeeding
mother; organ meats;
fat soluble vitamins (especially those from pastured and wild animals); consumption
of naturally - raised and raw, cultured dairy products; fermented and fresh vegetables; fermented or sprouted grains, all play a part in a
diet that produces health throughout life and for many generations as Dr. Price discovered.
While protein levels in human milk remain constant at about 11 percent under various conditions, levels
of fat and lactose — both essential for the development
of the nervous system — vary widely.22 Even the various anti-inflammatory and antibacterial compounds in a
mother's milk vary markedly according to her
diet.23
Regarding the child, the importance
of the intrauterine and early postnatal environments for metabolic programming and modifications
of the epigenome is increasingly recognised, 12 — 14 particularly for metabolic diseases such as obesity and diabetes.15 Thus, GDM is related to macrosomia at birth (> 4 kg), to excess body
fat and (central) obesity and to insulin secretion in infants and children, the obesity being in part mediated by maternal body mass index (BMI) or birth weight.16 — 23 Intrauterine exposure to GDM also doubles the risk for subsequent type 2 diabetes in offspring compared with offspring
of mothers with a high genetic predisposition for type 2 diabetes, but with normal glucose tolerance during the index pregnancy.24 Maternal prepregnancy overweight and excessive gestational weight gain also predict high birth weight and adiposity during infancy.12 25 This is highly relevant, as up to 60 % — 70 %
of women with GDM are overweight or obese before pregnancy.26 Finally, maternal lifestyle behaviour such as a high
fat diet or lack
of physical activity during pregnancy can influence offspring adiposity independent
of maternal obesity.12 27