An exclusively milk formula diet stunted the growth of mice immediately following weaning. Milk-fed mice displayed a low-frequency profile of exploratory behavior, while pellet-fed mice showed high-frequency exploration. In contrast to exploratory behavior, feeding behavior did not differ significantly between milk- and pellet-fed mice. Despite showing low-frequency exploratory behavior, mice on an exclusively milk formula diet showed no difference in behavioral activities analyzed by an automatic hole-board apparatus compared to pellet-fed mice. These results suggest that the growth stunt caused by an exclusively milk formula diet retards the acquisition of active exploratory behavior without affecting the emotional state of mice
Evidence exists that behavioral patterns only stabilize once mice reach adulthood. Detailed informat...
The mesencephalic trigeminal nucleus (Me5), which receives input from oral proprioceptors and projec...
This study examined the effect of food and water deprivation upon the exploratory behavior of mice
An exclusively milk formula diet stunted the growth of mice immediately following weaning. Milk-fed ...
Post-weaning mice fed exclusively milk display low-frequency exploratory behavior [Ishii, T., Itou, ...
1. The effects of perinatal malnutrition on behavioural development and adult shuttle-box avoidance ...
Our objective was to establish whether nutritional effects on the behavioral development of preweani...
Breastfeeding (duration) can be positively associated with infant growth outcomes as well as improve...
Goat's (GM) and cow's milk (CM) are dietary alternatives with select health benefits shown in human ...
BACKGROUND: Infant cognitive development can be positively influenced by breastfeeding rather than f...
The global obesity epidemic has heightened the need for an improved understanding of how body weight...
Mammalian suckling is an instinctive and well-conserved social behavior. This behavior is crucial to...
Interest in consuming unprocessed foods has led to assumptions that raw milk has health benefits ove...
It has been reported that breast-feeding more than 6 months strongly decreases the risk of allergy, ...
Diet has a significant impact on human health, yet it is poorly represented or significantly oversim...
Evidence exists that behavioral patterns only stabilize once mice reach adulthood. Detailed informat...
The mesencephalic trigeminal nucleus (Me5), which receives input from oral proprioceptors and projec...
This study examined the effect of food and water deprivation upon the exploratory behavior of mice
An exclusively milk formula diet stunted the growth of mice immediately following weaning. Milk-fed ...
Post-weaning mice fed exclusively milk display low-frequency exploratory behavior [Ishii, T., Itou, ...
1. The effects of perinatal malnutrition on behavioural development and adult shuttle-box avoidance ...
Our objective was to establish whether nutritional effects on the behavioral development of preweani...
Breastfeeding (duration) can be positively associated with infant growth outcomes as well as improve...
Goat's (GM) and cow's milk (CM) are dietary alternatives with select health benefits shown in human ...
BACKGROUND: Infant cognitive development can be positively influenced by breastfeeding rather than f...
The global obesity epidemic has heightened the need for an improved understanding of how body weight...
Mammalian suckling is an instinctive and well-conserved social behavior. This behavior is crucial to...
Interest in consuming unprocessed foods has led to assumptions that raw milk has health benefits ove...
It has been reported that breast-feeding more than 6 months strongly decreases the risk of allergy, ...
Diet has a significant impact on human health, yet it is poorly represented or significantly oversim...
Evidence exists that behavioral patterns only stabilize once mice reach adulthood. Detailed informat...
The mesencephalic trigeminal nucleus (Me5), which receives input from oral proprioceptors and projec...
This study examined the effect of food and water deprivation upon the exploratory behavior of mice