Sentence examples for both brain development and from inspiring English sources

These dynamic and influential molecules appear to play an important function in both brain development and its adaption to stress.

The domestic pig is considered to be an excellent, alternate, large mammal model for human-related neurological studies, due to its similarity in both brain development and the growth curve when compared to humans.

Ventricular enlargement may be a result of both brain development and neurodegeneration across life span, and the salience of both aspects may help explain the pervasive finding of ventricular enlargement in schizophrenia.

Sex hormones such as testosterone have been found to affect both brain development and aggressive behavior and may thus provide an explanation for these gender-specific findings (Cunningham, Lumia, & McGinnis, 2013).

In the brain, neurons with complex axonal and dendritic structures are dependent on intense transport and efficient proteostasis to accommodate a dynamic microenvironment during both brain development and aging.

Functionally, DISC1 appears to be involved in a multitude of cellular processes, including processes that are critical for both brain development and the activity of the adult central nervous system (CNS) (Brandon & Sawa, 2011).

Rather than choosing a small, manageable project, she had set her sights on tackling an ambitious, unifying hypothesis linking the brain and the immune system to explain both normal brain development and disease.

Cxcl12γ mRNA has been primarily detected in the central nervous system of adult rats, where this isoform is supposed to undergo inverse regulation as compared to the β isoform both during brain development and in pathophysiological events like sciatic nerve lesion [26].

Finally, two members of the miR-10 family, implicated both in brain development and in cancer development (Lund, 2010; Woltering and Durston, 2008), were highly expressed by and exclusively associated with HB cells (Fig. 3L,M, Table 1).

Their studies have often implicated abnormal signaling in a brain pathway called Wnt, which is involved both in early brain development and later, more complex, refining of brain connections.

Even so, it could revolutionise both our understanding of brain development and the design of drug treatments.