Sentence examples for systems to humans from inspiring English sources
"We believe that mice have very similar nervous systems to humans," said Salter in a statement, "especially for a basic evolutionary function like pain, so these findings tell us there are important questions raised for human pain drug development".
One reason new drug therapies have not been successfully translated from ALS model systems to humans is ALS disease heterogeneity [9].
The small molecule stabilizes the folding of transthyretin, and was shown to work in test-tube biochemistry from model systems to humans, for whom it is now approved in Europe and Japan.
Nevertheless, the meaning of observed effects of exposures in experimental systems to human public health remains elusive.
A complete understanding of how the Hippo pathway contributes to disease in humans has the potential to lead to diagnostic improvements and novel therapeutics, highlighting the experimental relevancy of model systems to human disease research [3].
Considering the importance of freshwater systems to human well-being, natural processes and properties that maintain freshwater ecosystems need to be monitored at both local and global scales (Karr 1991; United Nations 2011).
Thus, rhesus monkey plays intermediate translational roles as therapeutic strategies evolve from rodent systems to human clinical applications.
Rhesus monkey is an ideal model to study human neural degenerative diseases and plays intermediate translational roles as therapeutic strategies evolved from rodent systems to human clinical applications.
Human studies have also revealed that nutritional intervention may have different outcomes at different ages suggesting caution transferring the results obtained in model systems to human.
Given the relevance of these systems to human medicine, it will be important to investigate to what extent regenerative regimes recapitulate the mechanisms observed in planarians.
These findings show the importance of understanding evolutionary relationships in the interpretation and transference of knowledge from studies of model organism systems to human cellular biology.
