This study was developed aiming to evaluate the effects of maternal feed-restriction ond evelopment of gastrointestinal tract (GIT) of bovine fetus at different gestational stages. Feed-restricted cows were fed 1.2 times the maintenance level while the control group was fed ad libitum. Pregnant cows were slaughtered at 136, 189, 239, and 269 days of gestation and gastrointestinal tracts of the fetuses were evaluated. No effects of maternal nutrition on body weight (P 1⁄4 0.17) and body length (P 1⁄40.13) of the fetuses were observed. No major effects of feed restriction on GIT mass of the fetuses were observed (P 1⁄4 0.51). However, the weight of small intestine per unit of body weight was 11.24% greater (P 1⁄40.04) in fetuses from restric...
Maternal nutrient restriction in beef cows impacts developmental processes in the fetus that may inf...
To determine the effects of maternal nutrition on modifications of foetal development of the skeleta...
Maternal programming can have numerous detrimental effects on offspring development, growth, and hea...
AbstractThis study was developed aiming to evaluate the effects of maternal feed-restriction on deve...
We aimed to evaluate the effects of maternal nutrition (MN) and foetal sex on the intestinal develop...
This study examined the effects of reduced nutrition on fetal growth over the first half of gestatio...
This study examined the effects of reduced nutrition on fetal growth over the first half of gestatio...
This study investigated the influence of day of gestation (DG) and feeding regimens (FR) on maternal...
Health, growth efficiency and carcass quality are major considerations in beef production. The found...
Feed intake restriction impacts both humans and ruminants in late gestation, although it is unknown ...
Primiparous Angus-cross cows (n = 38) were synchronized using a Co-Synch+CIDR protocol and inseminat...
This study determined the impacts of maternal dietary insult during the second trimester on offsprin...
Two experiments were conducted to determine the effect of maternal nutrient restriction followed by ...
Muscle fiber properties are important for beef meat production: quantity and quality. Fetal life rep...
Maternal nutrient intake during gestation can alter fetal growth. Whilst this has been studied exten...
Maternal nutrient restriction in beef cows impacts developmental processes in the fetus that may inf...
To determine the effects of maternal nutrition on modifications of foetal development of the skeleta...
Maternal programming can have numerous detrimental effects on offspring development, growth, and hea...
AbstractThis study was developed aiming to evaluate the effects of maternal feed-restriction on deve...
We aimed to evaluate the effects of maternal nutrition (MN) and foetal sex on the intestinal develop...
This study examined the effects of reduced nutrition on fetal growth over the first half of gestatio...
This study examined the effects of reduced nutrition on fetal growth over the first half of gestatio...
This study investigated the influence of day of gestation (DG) and feeding regimens (FR) on maternal...
Health, growth efficiency and carcass quality are major considerations in beef production. The found...
Feed intake restriction impacts both humans and ruminants in late gestation, although it is unknown ...
Primiparous Angus-cross cows (n = 38) were synchronized using a Co-Synch+CIDR protocol and inseminat...
This study determined the impacts of maternal dietary insult during the second trimester on offsprin...
Two experiments were conducted to determine the effect of maternal nutrient restriction followed by ...
Muscle fiber properties are important for beef meat production: quantity and quality. Fetal life rep...
Maternal nutrient intake during gestation can alter fetal growth. Whilst this has been studied exten...
Maternal nutrient restriction in beef cows impacts developmental processes in the fetus that may inf...
To determine the effects of maternal nutrition on modifications of foetal development of the skeleta...
Maternal programming can have numerous detrimental effects on offspring development, growth, and hea...