Sentence examples for behavior in mouse and from inspiring English sources

To assess the ability of the Calu-3 model to provide information about more complex systems, we applied it to predict behavior in mouse and macaque.

To conclude, MECP2/Mecp2 has been shown here to be a regulator of social aggressive behavior in mouse and man, with the genetic background playing an important modifier role.

On this background, we began looking for variable functional behavior in mouse (and human) peripheral naïve CD4 (NCD4) T cells differing in properties that were apparently unimodally distributed, with the initial expectation that these differences would be stochastic in nature.

The current investigation was designed to explore whether liquiritigenin could relieve lipopolysaccharide (LPS -induced depression-LPS -inducedr in mice and the underlying mechanism.

The present study was designed to determine whether PAH is effective in treating lipopolysaccharide (LPS -induced depression-LPS -inducedr in mice and to explore the possible mechanism between its antidepression-like effect and antininflamiceory andivito.

Glyoxalase 1 (Glo1) has been implicated in anxiety-like behavior in mice and in multiple psychiatric diseases in humans.

Unfortunately, there is argument against these results in mice and rats, because it has been unable to reliably obtain a cough-like behavior in mice and rats.

Others have reported the development of anxiety-like behavior in mice and rats after nerve injury [ 47, 48] but these conditions occurred after longer periods of time.

In addition, alteration in c-Fos and BDNF expressions in different brain regions provides a sensitive measure to elicit kindling behavior in mice and HHL-6 greatly modulates this overexpression suggesting its effective anticonvulsant and antiepileptogenic effect.

Additionally, other investigators have evaluated the effects of morphine on rearing behavior in mice and similarly found that doses of morphine ≥ 5 40 mg/kg produces a reduction in rearing events [ 34, 45].

The contribution of individual ADICD miRNAs to various facets of addictive behavior in mice, and possibly humans, remains to be investigated further, but may provide useful paths to new therapies.