Your flagged measurements
Home     Contact     About     FAQ     News     SNPs     Downloads     Preferences     MPD search:

Project: Crabbe5   (2005)
Investigators & administrative info     Publications     Downloads & Notes

Testing the effects of alcohol by quantitating motor incoordination using the parallel rod floor apparatus.

Purpose: To quantitate the effects of alcohol in inbred strains of mice by measuring locomotor activity and motor incoordination before and after ethanol treatment.


Available measurements  
Mice & strains       Protocol       Plots & tools wizard
Change list style       Show varnames       Verbose listing       Display strain data     Compare 2 strains

behavior — activity and motor function &ndash parallel rod floor apparatus  
Crabbe5
distance traveled, 1.6mm rod, 6mm space [cm]     control and  EtOH
      • day1(control 0) 
      • day2(control 0) 
      • day3(2g/kg i.p.) 
        EtOH dose effect comparison  
8 strains   age 8-10wks
Crabbe5
motor incoordination (errors/distance traveled)
1.6mm rod, 6mm space [n/cm]  
  control and  EtOH
      • day1(control 0) 
      • day2(control 0) 
      • day3(2g/kg i.p.) 
        EtOH dose effect comparison  
8 strains   age 7-14wks


Display strain means in the above table for:  
Compare two strains: vs.  
Compare female vs. male for:  
Display overall measurement averages (all strains combined) in the above table  



Notes
    Kamens HM, Phillips TJ, Holstein SE, Crabbe JC. Characterization of the parallel rod floor apparatus to test motor incoordination in mice. Genes Brain Behav. 2005 Jun;4(4):253-66.     PubMed    MGI

    There have been no updates or corrections to the dataset since it was first released in Dec, 2006

    No FVB/NJ females.

    Some strain means have N < 5 animals (click for table).



Downloads             Help


















Suggestion box       Hints       Citing       Units & abbreviations       Change Log       Links       Usage terms & conditions
Mouse Phenome Database   © Copyright 2001-2010 Mouse Phenome Project and
The Jackson Laboratory
Leading the search for tomorrow's cures