Answer: The answer is...
Explanation: Language development has been correlated with specific changes in brain development. The aim of this paper is to analyze the linguistic-brain associations that occur from birth through senescence. Findings from the neuropsychological and neuroimaging literature are reviewed, and the relationship of language changes observable in human development and the corresponding brain maturation processes across age groups are examined. Two major dimensions of language development are highlighted: naming (considered a major measure of lexical knowledge) and verbal fluency (regarded as a major measure of language production ability). Developmental changes in the brain lateralization of language are discussed, emphasizing that in early life there is an increase in functional brain asymmetry for language, but that this asymmetry changes over time, and that changes in the volume of gray and white matter are age-sensitive. The effects of certain specific variables, such as gender, level of education, and bilingualism are also analyzed. General conclusions are presented and directions for future research are suggested.
Answer:
There are apps and guides for it on the Internet.
Explanation:
Answer:
lungs
Explanation:
The infant lungs and central nervous system are proceeding to develop during the third trimester that is about 34 week. The skin has grown soft and delicate, and she's stretching out and growing also rounder.
Answer:
Proteins are made from amino acids.
DNA contains the code for building proteins.
Explanation:
"Proteins" are made of<em> small organic molecules</em> called<em> "amino acids." </em>These are its building blocks and it helps make the protein in its linear chains.
Proteins are not readily used by the body for energy, instead the body readily uses carbohydrates for energy.
Proteins do not contain the code for building DNA, rather, the DNA contains the code for building proteins. These codes are like DNA instructions which are converted into an<em> "RNA message."</em> This message is then translated in order to produce protein.
