Sentence examples for rat tissues revealed from inspiring English sources
Measurement of DAG in obese Zucker rat tissues revealed that 1,2-DAG was elevated in multiple tissues in this model of type 2 diabetes.
The histological examination of rat liver tissues revealed evidence of hepatic necrosis and fatty degenerative changes in CCl4-injured animals.
Moreover, quantification of the overall acinar cell distribution within the rat pancreatic tissue revealed that 90% of the rat pancreas mass consisted of acinar cells (Supplementary Table I).
Injection of rHSV-1 or rBac-produced AAV vectors into rat striatum and cortex tissues revealed no differences in cellular tropism (i.e., predominantly neuronal targeting) or anteroposterior spread compared with AAV2 vectors produced by transient transfection.
Furthermore, in vivo tissue responses assessed in rat subcutaneous tissue revealed good tissue compatibility, with minimal inflammatory reactions, while gathering a larger population of fibroblastic cells than the non-microporous scaffolds, and even facilitating invasion of the cells within the microporous structure.
Western blotting of rat adipose tissue revealed a 40% decrease in expression of GDF3 protein but no decrease in expression of other predicted targets (data not shown).
The comparative autoradiographic evaluation of the A3R in human post-mortem tissues from six different brain regions, and rat coronal brain and peripheral tissues revealed the reliably measurable presence of A3R in all investigated tissues.
Subsequent analysis of the rats' brain tissue revealed DNA abnormalities in the amygdala, a small brain region associated with decision-making, emotional reactions and memory.
Histopathological evaluation of lung tissues revealed that pulmonary exposures to nanoparticles in rats produced persistent and progressive lung inflammatory responses.
The rate and extent of drug diffusion was studied using dialysis sac and rat tissue, study revealed that drug release from self microemulsified system were significantly higher than drug suspension.
Analysis of skin and muscle tissues revealed site-dependent highly variable skin and muscle accumulation in rats administered with Gd-DTPA, and much less variable and lower residual Gd concentrations were detected in rats administered with Gd-LNP.
