Sentence examples for scan studies in from inspiring English sources

Many follow-up bone scan studies in breast cancer have been reported.

Recent studies using this method have shown hypoperfusion in some brain areas in MCI and AD patients compared with controls, including the right inferior parietal, bilateral posterior cingulate gyri, and bilateral middle frontal gyri, a pattern of hypoperfusion that is similar the one seen with PET and SPECT scan studies in this population [ 98, 99].

The proportion of genes showing signals of selection in this study is comparable, although at the lower end, with that reported in previous genome scan studies in plants, which typically reported between 1% and 20% of loci to be under selection following variable levels of statistical stringency (Holderegger et al. 2008; Zulliger et al. 2013; Cullingham et al. 2014).

Genome scan studies in marine species have reported several empirical examples of outlier loci exhibiting clinal variation patterns, usually coinciding in space with environmental gradients, ecotones, or boundaries between biogeographic regions (Murray and Hare 2006; Bradbury et al. 2010; Colbeck et al. 2011; Gagnaire et al. 2011; Lamichhaney et al. 2012; Limborg et al. 2012).

The importance of the Orn residues in ramoplanin was demonstrated during an alanine scan study in which the replacement of the Orn-10 residue resulted in a 540-fold loss of activity, while replacement of Orn-4 led to a 44-fold loss in activity (67).

Examining functional PET-scan studies in healthy human subjects who had been given mosquito-bite-like histamine injections, they found a distinct signature of itch activity.

False positives are enough of a problem in brain-scanning studies in general that Miller and his colleagues were moved to produce a cautionary tale in the form of an experiment.

Dobbs notes that "Some brain-scan studies, in fact, suggest that our brains react to peer exclusion much as they respond to threats to physical health or food supply.

A pioneer PET-scan study in 1988 by Steven Petersen, Marcus Raichle, and their colleagues showed the different areas of the brain that are activated by reading words, listening to words, uttering words, and associating words.

Now a brain-scanning study in NeuroImage brings us a little closer to understanding why these exercises have these effects.

Then, we adapted this paradigm to a PET-scan study in order to determine the neural correlates for the communicative value of CP.