The phrase "arms time" is not correct and does not convey a clear meaning in written English.
It appears to be a fragment and lacks context to determine its intended use.
Example: "During arms time, we practiced our defensive maneuvers."
Alternatives: "training period" or "practice session".
In the EPM test, db/db mice were less anxious as observed by increased percent open arms time and entries.
The behavioral effects of the mouse observed for 5 min with a different kind of parameter (time spent in open arms, time spent in the close arms, the number of the entry in the open arms, the number of the entry in the close arms).
Percentage of entries into open arms, time spent in open arms (s), number of total entries, and total distance traveled (cm) were analyzed.
The percentages of time spent in the open arms (time spent in the open arms/time spent in all arms x 100) were calculated.
Two items concerned positions of the arms (time with one arm above shoulder height, and two arms above shoulder height).
The models included fixed effects for treatment condition (HCT-only control, Nutrition and WHC arms), time (baseline, 6 months and 12 months) and a treatment-by-time interaction.
Measures were: (1) percentage open-arms entries ([open-arms entries/ open-arms + entries/ open-armsies)] × 100%) and (2) percentage open-arms time ([open-arms time/(total-arms time)] × 100%).
DZP increased open arm time and entries for males but not for females.
These effects were reversed in TAM+CORT-treated mice (P=0.018 for open arm time, P=0.049 for open arm entries).
The 10 mg/kg dose of chlordiazepoxide increased percentage of open arm time but the effect was not significant.
CP-122,721 (3–30 mg/kg) produced an anxiolytic-like effect on percentage of open arm time at 30 mg/kg.
