Sentence examples for used to study brain from inspiring English sources

The software, normally used to study brain tumors in adults, had never been applied to the tiny structures inside fetuses before, and it took 70 to 80 hours of work to interpret the images and create the models, Dr. Tempany estimated.

Here, we will provide first a brief overview of the neuroimaging techniques used to study brain function in TACs.

Although structural neuroimaging methods have been widely used to study brain morphology in schizophrenia, synthesizing this literature has been difficult.

Q-ball imaging (QBI) is a popular high angular resolution diffusion imaging (HARDI) technique used to study brain architecture in vivo.

Two-photon microscopy is widely used to study brain function, but conventional microscopes are too slow to capture the timing of neuronal signalling and imaging is restricted to one plane.

Isovolumetric bladder contractions have previously been used to study brain control in rats using fMRI [7, 8] and more likely represent maximal bladder afferent input into the central nervous system but are less physiological because of urethral obstruction due to the urethral ligation and bladder (over distension.

To examine this mechanism in more detail, high-resolution four-dimensional imaging was used to study brains that had been removed from Drosophila pupae and kept alive in special culture chambers.

Diffusion-weighted (DW) MR images contain information about the orientation of brain white matter fibres that potentially can be used to study human brain connectivity in vivo using tractography techniques.

It was startling to learn that the origin of optogenetics, a technology that is now being used to study the brain using flashes of light, lies in a unicellular organism basically, pond scum that has no brain of its own.

It was startling to learn that the origin of optogenetics, a technology that is now being used to study the brain using flashes of light, lies in a unicellular organism — basically, pond scum — that has no brain of its own.

In this paper, integrated analytical techniques with high sensitivity were used to study the brain translocation and potential impairment induced by intranasally instilled copper nanoparticles (CuNPs).