In this chapter, we focus on the assessment of the integrity and activity of the fetal central nervous system (CNS). Therefore it is necessary to understand normal behavior and which variables can be used to assess that (e.g., eye and body movements). Furthermore, one needs to understand the (neuro)developmental pathway during gestation, as a "younger" fetus shows different behavior compared to the "older" fetus. Behavioral states or sleep states are present at the end of gestation, and even wakefulness occurs independent of birth. These states are defined on the basis of three state criteria: cardiotocographic pattern, presence or absence of body, and eye movements. As in neonatal life, we would like to "test" the CNS, rather than make obs...
Functional circuits of the human brain emerge and change dramatically over the second half of gestat...
Through intimate communications with the mother, the fetus receives information that is integrated i...
The study of fetal neurobehavioral development in genetically altered mice promises a significant ad...
The intrauterine environment in which we develop has an enormous impact on our physiology and behavi...
Abstract: Modern imaging methods enabled systematic studies of fetal behaviour as well as a continua...
The possibility of studying fetal motor behaviour by ultrasound techniques has provoked research on ...
Understanding the association between fetal nervous system structure and functioning should be an im...
The possibility of studying fetal motor behaviour by ultrasound techniques has provoked research on ...
The main function of our brain is to run internal models of the external world. These models enable ...
The normal central nervous system is characterized by both activity and reactivity. Under normal cir...
The normal central nervous system is characterized by both activity and reactivity. Under normal cir...
The aim of this article is to track the fetal origin of infants’ sensorimotor behavior. We consider ...
Abstract: As early as possible, neonatologists try to identify neonates at risk of unfavorable neuro...
Copyright © 2016 John Wiley & Sons, Ltd. Little is known about the manner in which motor behavior ...
International audienceSleep is a key process in neurodevelopment and essential for the maturation of...
Functional circuits of the human brain emerge and change dramatically over the second half of gestat...
Through intimate communications with the mother, the fetus receives information that is integrated i...
The study of fetal neurobehavioral development in genetically altered mice promises a significant ad...
The intrauterine environment in which we develop has an enormous impact on our physiology and behavi...
Abstract: Modern imaging methods enabled systematic studies of fetal behaviour as well as a continua...
The possibility of studying fetal motor behaviour by ultrasound techniques has provoked research on ...
Understanding the association between fetal nervous system structure and functioning should be an im...
The possibility of studying fetal motor behaviour by ultrasound techniques has provoked research on ...
The main function of our brain is to run internal models of the external world. These models enable ...
The normal central nervous system is characterized by both activity and reactivity. Under normal cir...
The normal central nervous system is characterized by both activity and reactivity. Under normal cir...
The aim of this article is to track the fetal origin of infants’ sensorimotor behavior. We consider ...
Abstract: As early as possible, neonatologists try to identify neonates at risk of unfavorable neuro...
Copyright © 2016 John Wiley & Sons, Ltd. Little is known about the manner in which motor behavior ...
International audienceSleep is a key process in neurodevelopment and essential for the maturation of...
Functional circuits of the human brain emerge and change dramatically over the second half of gestat...
Through intimate communications with the mother, the fetus receives information that is integrated i...
The study of fetal neurobehavioral development in genetically altered mice promises a significant ad...