Authors :
Dhyanendra Singh Baghel; Dr. Vishal Gupta
Volume/Issue :
Volume 7 - 2022, Issue 11 - November
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3Gq91y1
DOI :
https://doi.org/10.5281/zenodo.7478781
Abstract :
Alcoholism is a general behavioral disorder
with excessive intake of alcohol; it results the dependency
of alcohol with aversive symptoms upon alcohol
withdrawal. Withdrawal from chronic ethanol exposure
causes anxiety like symptoms, like: vomiting, nausea,
mental confusion, tremors, excessive sweating, ataxia,
increased heart rate and convulsion like symptoms.
Ethanol withdrawal has been postulated to be associated
with specific molecular mechanisms and neuroadaptive
changes that may lead to an increased and persistent
anxiety state. In this study, investigate the effect of 6-
Shogaol in ethanol-dependent mice using Fluoxetine as a
control. Measures made in this model were consistent
with literature data it suggested that the ethanol dosing
daily basis ranging
Keywords :
Alcoholism, alcohol withdrawal syndrome, anxiety, Depression, Social interaction test, elevated plus maze test, light and dark paradigm, mice.
Alcoholism is a general behavioral disorder
with excessive intake of alcohol; it results the dependency
of alcohol with aversive symptoms upon alcohol
withdrawal. Withdrawal from chronic ethanol exposure
causes anxiety like symptoms, like: vomiting, nausea,
mental confusion, tremors, excessive sweating, ataxia,
increased heart rate and convulsion like symptoms.
Ethanol withdrawal has been postulated to be associated
with specific molecular mechanisms and neuroadaptive
changes that may lead to an increased and persistent
anxiety state. In this study, investigate the effect of 6-
Shogaol in ethanol-dependent mice using Fluoxetine as a
control. Measures made in this model were consistent
with literature data it suggested that the ethanol dosing
daily basis ranging
Keywords :
Alcoholism, alcohol withdrawal syndrome, anxiety, Depression, Social interaction test, elevated plus maze test, light and dark paradigm, mice.
