Sentence examples for models lead us from inspiring English sources
Both carcinogenesis and chemoprevention studies using rat models lead us to better understanding of esophageal adenocarcinoma and possible preventive strategies [ 18- 23].
The best models lead us to hypothesize the preference for wider preictal periods.
Moreover, the fact that bone patterning differs at later regeneration stages in the two studied injury models lead us to investigate the hypothesis of prolonged bone repair (compare Fig. 5E with Fig. 5F).
This whole work, both the literature study and the establishment of various models led us to estimate different assumptions on the relationship between health and income.
Deterministic and stochastic models led us to focus on basal transcription to optimize circuit performance and helped to explain the resulting circuit robustness across a large range of component expression levels.
Animal experimental models led us to the notion that cancer risk might be "materially" reduced by supplementation with beta-carotene, a retinol precursor (1).
Indeed, site and branch-site models led us to detect the signature of positive selection acting on Regions 1 and 2 of ago-1b.
The highly prevalent exposures in humans and their broad hormonal activity in experimental models led us to hypothesize that they might impair fetal development.
The finding of an overall increase in the extractability of matrilin-3 and COMP by buffer 1 in all three PSACH-MED mouse models led us to consider that some of this protein could represent intracellular retained material.
Our previous work with NIS [ 13– 15] and the success of SLC transporter-mediated functional imaging in other tumor models led us to investigate the potential of SLC-mediated functional imaging for PDAC.
Our subsequent molecular analysis and comparison of these two atrophy models led us to the surprising conclusion that denervation atrophy is not dependent upon the activation of Akt, SGK or mTOR, suggesting that there is not a universal pathway responsible for all forms of atrophy and therefore denervation should be treated as a distinct pathogenic condition.
