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Objective To determine if vitamin B-6 intakes of mothers influence the B-6 vitamer content of transition milk and if correlations exist between the vitamin B-6 content of the milk and the infants' neurobehavioral functioning.
After receiving colostrum and transition milk for 2 d, calves were randomly assigned to 1 of 4 dietary experimental milk replacers differing in carbohydrate source: all whey (CONT, 41% lactose); whey + 20% corn syrup solids (CS20, 25% lactose); whey + 10% corn syrup solids (CS10, 33% lactose); or whey + 10% corn syrup solids + 10% dextrose (CD20, 25% lactose).
Following 3 d of colostrum and transition milk feeding, 18 male and 9 female neonatal Holstein calves (41.6 ± 1.6 kg of body weight; mean ± SE) were assigned in a completely randomized design to 3 treatments offered at 10% of body weight (wet basis) including 1) whole milk (control), 2) 75% whole milk + 25% soymilk (S25), or 350%0% whole milk + 50% soymilk (S50).
FUT5 was only expressed in the transition milk samples of Holstein animals.
This is reflected in the increased expression of B4GALT1 in transition milk samples.
The genes in the de novo synthesis pathway of fucose were highly expressed in transition milk samples.
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Among these genes, 1,257 (24%) had higher expression in transition lactation milk and 3,961 (76%) had higher expression in late lactation milk.
Profiles for development of sucrase expression exhibit some differences among precocial species, and in O. degus is correlated with the slower transition from milk to solid food consumption at weaning.
The failure of TPH1 knockout mammary glands to undergo squamous transition after milk stasis shows that 5-HT is essential for normal morphological changes in response to distension of the mammary glands.
Visibility of the rumen at the caudal flank reflects the enormous growth of the rumen after the transition from milk to a roughage diet.
The transition from milk feeding to complementary foods is a critical period during which the developmental and nutritional needs of the infant must be met.
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