In part to address this issue, functional imaging is increasingly used to assess clinical response, and especially to provide information on the development of new therapies[ 43 ].
To address this, we used functional magnetic resonance imaging (fMRI) to measure the brain activity evoked by naturalistic sounds (a series of sung lullabies) in two groups of infants (3 and 9 months) and adults.
Future studies will need to address this issue of functional redundancy.
To address this issue, existing functional DNA-containing nanomaterials require more artful modifications to optimize their 3D nanostructures and surfaces, for example, by introducing spacers into the scaffold and changing the charge on the nanomaterial's surface.
To address this question, we used functional magnetic resonance imaging of an expectation paradigm in which cues were delivered with visual or innocuous thermal stimuli.
To address this question, we used functional magnetic resonance imaging and a 2 × 2 factorial design varying timing (fixed/random) and task order (predictable/unpredictable).
To address this hypothesis, we obtained functional MR images for normal controls (NC), episodic migraine (EM) patients, chronic migraine (CM) patients, and medication overuse headache plus with chronic migraine (MOH + CM) patients.
To address this issue, we acquired functional brain images (fMRI) in 38 boys with and without ADHD (age: 11 16 years).
Our laboratory has begun to address this need by pursuing functional developmental genetic studies in A. aegypti[ 2]-[ 8].
In fact, to address this, we performed a functional evaluation of the vestibular organs, which has not yet been studied in subjects affected by ED.
