Sentence examples for mice may lead from inspiring English sources
Therefore loss of sdc-3 in knockout mice may lead to the unmasking or altered expression of E-selectin at the luminal endothelial surface leading to increased leukocyte recruitment.
Deficiency in Nurr1 expression levels in +/− mice may lead to a compromised functional recovery.
Elucidation of the molecular mechanisms beneath the insulin-independent glucose uptake in KRAP−/− mice may lead to the development of medicines for patients suffering from insulin resistance.
Further elucidation of the mechanisms underlying T cell deficiency in tgε26 mice may lead to a better understanding of the molecular mechanisms of early T cell development.
Furthermore, the availability of large amounts of embryos within a short amount of time and the easily observable embryogenesis and organogenesis processes make zebrafish ideal tools for studying genes whose disruption in mice may lead to embryonic lethality.
Malfunctioning NMDA receptor signaling in the prefrontal cortex of KO mice may lead to dysfunction in this brain region, perhaps resulting in the impairments of recognition and spatial working memory that were observed in this study.
For the melanoma syngeneic model, we identified 46 TFs are significantly up-regulated in the salivary glands of the melanoma-bearing mice which may lead to direct induction or suppression of gene expression.
These results suggest that mutant Seipin specifically affects alpha motor neurons in the spinal cord of tgMT mice, which may lead to the development of locomotor dysfunctions.
The finding from a mouse study may lead to more effective vaccines against a variety of diseases including melanoma, HIV, malaria, and tuberculosis, the researchers say.
Improved blood oxygenation of all FS-fed mouse groups may lead to decreased levels of tissue hypoxia and may thus, explain mitigation of adverse radiation effects even when diets are initiated post challenge.
Recent data has suggested that the interaction between the two proteins may be dependent on DISC1 phosphorylation at mouse S710/human S713, which may lead to a developmental switch from proliferation to differentiation of neuronal precursors.
