|
behavior — balance and coordination
dowel balance test
|
|
|
latency to fall
[s]
ethanol
2g/kg i.p.
T0:
......
......
T30:
......
......
|
Inbred
|
| |
|
behavior — balance and coordination
rotarod
|
|
|
fixed speed 3 rpm rotarod (latency to fall)
[s]
ethanol
ethanol i.p. g/kg:
......
......
......
|
Inbred
|
|
|
fixed speed 6 rpm rotarod (latency to fall)
[s]
ethanol
ethanol i.p. g/kg:
......
......
......
|
Inbred
|
|
|
fixed speed 10 rpm rotarod (latency to fall)
[s]
ethanol
ethanol i.p. g/kg:
......
......
......
|
Inbred
|
|
|
accelerating rotarod (latency to fall) - test day 1 20 rpm/min (ARR1)
[s]
baseline and
ethanol
......
......
......
|
Inbred
|
|
|
accelerating rotarod (latency to fall) - test day 2 30 rpm/min (ARR1)
[s]
baseline and
ethanol
......
......
......
|
Inbred
|
|
|
accelerating rotarod (latency to fall) - test 20 rpm/min (ARR2)
[s]
baseline and
ethanol
2g/kg i.p.
......
106
84.6
......
54.8
55.4
......
-51.5
-29.2
......
17.4
19.0
|
Inbred
|
| |
|
behavior — balance and coordination
vertical wire mesh
|
|
|
|
Inbred
|
| |
|
blood — xenobiotics — alcohol concentration
gas chromatography
|
|
|
|
Inbred
|
|
|
blood ethanol levels following grip strength test at various times after treatment
[mg/mL]
ethanol
2g/kg i.p.
time after ethanol:
......
1.67
1.86
(N=4)
......
1.69
1.79
(N=4)
......
1.06
1.24
(N=4)
......
0.386
0.562
(N=4)
|
Inbred
|
| |
|
muscle — skeletal — function
grip strength
|
|
|
grip strength test: peak force applied
[g]
baseline and
ethanol
2g/kg i.p.
......
115
129
(N=4)
......
95.8
82.6
(N=4)
......
19.2
46.1
(N=4)
......
16.6
35.5
(N=4)
|
Inbred
|