Ugo Basile

OPERON (Papaleo-Scheggia’s method) for Attentional Set-Shifting Task

Code 49500UB
The Ugo Basile 47420 MULTIPLE ACTIVITY CAGE is of great value to record spontaneous co-ordinate activity in rats and mice (individual or groups) and variation of the activity in time.
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funkcijos

Features

  • IR photocells arrays of adjustable height
  • 2 pairs of IR photocells arrays
  • Embedded printer, memory and software

Benefits

  • Same instrument for rats and mice
  • Measure locomotion and rearing
  • GLP compliant, stand-alone or PC-connected 

Applications

Activity Cages are useful to record spontaneous coordinate activity in rats and mice (individual or groups) and variations of this activity in time, e.g., in the following types of investigations:

  • General toxicology, in ascertaining the action of a drug on the animal’s activi-ty, especially if it is subjected to chronic treatment
  • Psycopharmacology, in screening drugs which are potentially active on the central nervous system
  • Behavioral Sciences, in evaluating the variations of spontaneous activity after changes in environmental conditions.

 The Basile 47420 Multiple Activity Cage is a reliable research instrument for recording spontaneous coordinate activity in rats and mice.

Detailed information on UGO BASILE website.

Leidiniai
  • D. I. Brierley et alia: “Neuromotor Tolerability and Behavioural Characterisation of Cannabidiolic Acid, a Phytocannabinoid with Therapeutic Potential for Anticipatory Nausea” Psychopharmacology 233(2): 243-254, 2016
  • P.L. Mikolajczak et alia: “Evaluation of Anti-Inflammatory and Analgesic Activities of Extracts from Herb of Chelidonium Majus L.” Cent Eur J Immunol. 40(4): 400–410, 2015
  • A. Marazioti et alia: "Somatostatin Receptors in the Ventral Pallidum/Substantia Innominata Modulate Rat Locomotor Activity" Psychopharmacol., 181:2, 319-326, 2005
  • W. Ponti et alia: "In vivo Model for the Evaluation of Molecules Active Towards Transmissible Spongiform Encephalopathies" Veter. Res. Communicat., 28:1, 307-310, 2004
  • T. Dolezal et alia: "Guaifenesin Enhances The Analgesic Potency of Paracetamol in Mice” Arch. Pharmacol., 366:6, 551-554, 2002
  • M. Votava et alia: "Effects of Alprazolam and Fluoxetine on Morphine Sensitization in Mice” Physiol. Res., 51, 417-423, 2002