Mercury is known to affect neurological development of fetuses and young children.
Neurodiversity - the standpoint that atypical neurological development is a normal human difference.
As a result, movement stimulates neurological development, which explains the potential it has on the learning process.
Arachidonic acid is also involved in early neurological development.
Their neurological development is comparable to that of children who have undergone any open-heart surgery.
After the regression, the child follows the standard pattern of autistic neurological development.
The child's neurological development determines both physical and cognitive milestone achievements.
In children, this can interfere with neurological development.
Even very small amounts of mercury can impair neurological development in fetuses and young children.
High levels of lead at this age can produce lifelong problems associated with impaired neurological development.
