Sentence examples for brain development due to from inspiring English sources
Evidence is growing that the first year of an infant's life is a critical period for brain development due to brain plasticity [ 3- 6].
THs are essential for brain development due to their prolific regulation of gene expression, and even a short period of deficiency during development can lead to irreversible brain damage (Berbel et al., 2010).
These measures of the degree of restriction of diffusion (FA) and speed of diffusion (MD) change during brain development due to increasing fibre organisation, membrane proliferation, and myelination [ 22].
In contrast, morpholino-mediated loss of Dnmt2 in zebrafish reduced the size of the morphants by half and specifically affected liver, retina and brain development due to a failure to conduct late differentiation [ 17].
In addition, mixed effects modeling of longitudinal data is advantageous to other cross-sectional modeling techniques at characterizing brain development due to its ability to provide information that is relevant to population and individual growth.
In either case, a delay in closing of the neural tube is associated with deficits in midline brain development due to disruption of the timing of critical events of early brain development.
However, similar to the human syndrome, deletion of the NSun2 ortholog in Drosophila caused severe short-term-memory deficits [ 35]; and simultaneous deletion of Dnmt2 and NSun2, which abrogates all tRNA methylation, specifically affected brain, liver, and adipose tissue development due to impaired differentiation programs [ 10].
One possible selective pressure that might increase IGF1R levels in the brain is a need to speed up development due to environmental or predatory constraints.
Although vitamin C is the most potent antioxidant among other vitamins, exogenous administration may not affect disease development due to limited access to the brain.
The underlying mechanisms of coordination are likely to be particularly complex during neural development due to the enormous cell diversity in the brain.
The authors concluded that physiological EGABA may be hyperpolarizing throughout development due to the presence of BHB in young brain tissue.
