Sentence examples for brain was expected as from inspiring English sources

Highest expression of miR-128 in the brain was expected as miR-128 is a brain-enriched microRNA.

Sixty vehicle redesigns are expected as well.

A reduction of these areas, and hence of the whole brain, is expected if, as suggested by Mettke-Hoffmann and Greenberg [40], in migratory species the information gathered by individuals as they travel through novel environments is only useful for short periods and information relevant to one environment may also expose individuals to risks (e.g. novel predators) in another.

While no significant changes in LC3-II levels were seen in brain (data not shown), this result was expected as the brain is an organ that is protected from decreases in nutrient availability and therefore would not be expected to show a strong up-regulation of autophagy in response to relatively short periods of starvation.

Consequently, brain is expected to behave in a more focused or regular manner during visual perception as compared to rest.

The high expression of omTRPC1 in the brain is to be expected as TRPC1 is involved in processes such as growth cone guidance and the generation of the excitatory postsynaptic potential [59].

I feel my fingers cramping up—a sensation I was expecting, as the oxygen in my body is only interested in getting to my brain.

I feel my fingers cramping up – a sensation I was expecting, as the oxygen in my body is only interested in getting to my brain.

The difference between brains and whole flies is expected, as the vast majority of genes showing sex-biased expression in whole flies are expressed in reproductive tissues [ 22].

Subsequently, the correlation maps for ten shifts (or a 20 s period) following the expected correlation peak were spatially normalized to the MNI305 standard brain, as it was expected that the BOLD curve would be fully covered by this segment.

However, as only small decrease of 11 C]N-methyl-SSR504734 binding was detected, nonspecific binding was expected to be high in all brain regions (Figure 3).