Sentence examples for cage behavior from inspiring English sources

Previously, we have generated LANP null mice that also like CPD1 null mice are viable and fertile without significant deficits in home cage behavior and several behavioral assays [3].

To date these mice are viable and fertile and do not display major behavioral phenotypes on home cage behavior.

Interestingly, testing experiences did not affect fecal corticosterone metabolites, body weights, elevated plus-maze or home cage behavior differentially.

Home cage behavior measurement of orexin, leptin and NPY knockout mice began (day -7) at 9 10 weeks of age.

No acute toxicity signs such as changes in respiration, activity, temperature or lack of sedation were noticed in any of the above experiments, as observed in the open cage behavior.

Home cage behavior measurements were obtained by video recording mice from a perpendicular angle in their home cages and analyzing these videos using HomeCageScan software, which annotates for the following behaviors: remain low, pause, twitch, awaken, distance traveled, turn, sniff, groom, food bin entry, chew, drink, stretch, unassigned behaviors, hanging, jumping rearing, and walking.

We quantified their home cage behaviors by weekly video recording in the home cage using a computer vision system to quantify activity.

Measurement of body temperature and home cage behaviors suggests that the RF and CR models are very similar but CR has the advantage of a clearly defined food intake and more stable mean body temperature.

Automated video analysis of home cage behaviors was performed using HomeCageScan software (Clever Systems, Reston, VA).

Here we are running into different conventions for how data are presented; for data collected on home cage behaviors using computer vision we always present median +/- interquartile range (in our 6 previous FAA papers: PLOS ONE 5 9): e12903, PLOS ONE 5(11): e15429, PLOS ONE 6(3): e18377, PLOS ONE 7 5): e37992, PLoS ONE 7 7): e41161, PLOS ONE 9 5): e95990, PLOS ONE, e12903).

Our observation of anxiogenic behavior in female TTC9A−/− mice was further supported by a remarkable decrease of exploratory rearing behavior in both the novel-cage exploration and rat-cage behavior tests, as well as increase of immobility behavior in the open-field and rat-cage behavior tests.