Sentence examples for broader range of tissue from inspiring English sources

Future work may benefit from T1 mapping of the brain [31] since this will be sensitive to a broader range of tissue manganese concentrations while being unaffected by receive-coil artifacts – the primary motive for normalizing signal intensities in the present study.

Second, the cutting fluence can be increased substantially above threshold without affecting the focal position making it possible to handle a broader range of tissue conditions.

These are strong signals that lead us to hypothesize that the carcinogenic potential of oxalate is specific for breast tissue, although more experiments with a broader range of tissues are needed to confirm this.

Genes with HCP were expressed in a broader range of tissues, and were associated using GO analysis with housekeeping functions, whereas genes in the LCP group were enriched in tissue-specific functions.

Of the two variants, rs10876864 had strong cis and trans associations in a broader range of tissues, and aligned with histone signatures and >25 ChIP-seq binding signals [Additional file 6].

HPAI also differs from LPAI in that the former has more amino acids adjacent to the hemagglutinin cleavage site, which allows it to replicate in a broader range of tissues [for details, see [ 2, 22]].

This discrepancy is probably caused by the insufficiency of the pqe-1 promoter regions that we used to examine the expression pattern of pqe-1 ; pqe-1 may be actually expressed in many other tissues, and in that case the pqe-1 mutations may have effects in a broader range of tissues than we have assumed.

MRI is a powerful imaging modality driven by its flexibility and sensitivity to a broad range of tissue properties [3].

These unique properties mark elastin-co-PNHPO hydrogels as favorable candidates for a broad range of tissue engineering applications.

The developed process can be easily used to generate homogenous pores of controlled sizes in 3D chitosan hydrogels and may be of use for a broad range of tissue engineering applications.

This platform provides a valuable tool to create stimuli-responsive scaffolds with dynamic macroporosity for a broad range of tissue engineering applications, and may also be used for fundamental studies to examine cell responses to dynamic niche properties.