Standardization of ethanol addiction model in Swiss albino Mice


  • Tanvi M. Chotai Department of Agadtantra, Bharati Vidypeetha Deemed University College of Ayurveda, Pune, Maharashtra, India
  • Sarita M. Kapgate Department of Agadtantra, Bharati Vidypeetha Deemed University College of Ayurveda, Pune, Maharashtra, India



Ethanol dependence, Swiss albino mice


Background: Addiction is compulsive need for use of a habit-forming substance. World Health Organization (WHO) reported that worldwide 3.3 million people died due to alcohol addiction in 2012-13 and 11% of the population in India indulged in heavy drinking in 2014. Addiction is a prime socio-economical problem of society. Studying alcohol dependence in humans involved many ethical issues and experimental difficulties. Hence nonhuman animal experimental model has been used for a research on the topic of alcohol intoxication and dependence. Ethanol dependence has been preferred to develop in genetically modified strain of mice, C-57 which has a natural inclination to consume and develop addiction. But studying addiction in this special strain requires top end experimental facilities and financial aids. Authors reported the animal model to study ethanol dependence in Swiss albino mice. Aim of the study was to develop ‘Ethanol Dependence in Swiss albino mice animal model’ by intermitted access of 20% ethanol.

Methods: Dependence was developed in Swiss albino mice by intermitted access of 20% ethanol in two groups having six animals in each group. Dependence was confirmed by presence of the withdrawal symptoms like anxiety, muscular incoordination and behavioral changes of animals on abstinence of ethanol.

Results: Significant difference was noted on withdrawal symptoms, i.e. anxiety, muscular coordination, muscle spasm and other behavior related to withdrawal.

Conclusions: Ethanol dependence can be successfully developed in Swiss albino mice in 14 days.


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How to Cite

Chotai, T. M., & Kapgate, S. M. (2018). Standardization of ethanol addiction model in Swiss albino Mice. International Journal of Basic & Clinical Pharmacology, 7(7), 1365–1370.



Original Research Articles