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The anxiety drug like Valium is very addictive like heroin according to Daily Mail when they made a research regarding the action of the said drug. According to the research they made, family of benzodiazepine like Valium has calming effect that binds to a particular area on the chemical receptor in the Brain. They bind in to the chemical receptor namely GABA where they boost the action of the neurotransmitter called dopamine. Dopamine affects the certain area in the brain that is associated with sense of reward from some other illegal drugs.
There was also a study made in mice that increases our knowledge regarding the neurological basis for addictive behavior. Dependence is one of the side effects of Valium being reported and it is being compared with heroin. This research does not intend to look at the issues that include addiction and substance abuse. A doctor or any health care expert can offer some advice to patients that are worried about their medication.
In the study, researchers wanted to fight out regarding the chemical and biological processes of the nerve cells that can result to addiction to benzodiazepine because of the reports that these drugs are widely used as recreational drugs that can lead to addiction. The study focuses on the several aspects on how neurotransmitters and receptor within the brain are stimulated by these drugs and how their drugs produce calming effects. Dopamine is the very interesting substance on the study. There have been reports that this substance plays an important chemical neurotransmitter that is connected with addiction. The normal role of Dopamine is to chemically transmit information one from nerve cell to another.
In the study of mice, experts wanted to test whether benzodiazepines drug worked similarly as other addictive substances. They gave the mice a single injection of benzodiazepines. They examined the mice brain carefully that includes the ratios of neurotransmitters in the brain, examining the amount of protein on the brain cells and assessing the electrical current on the brain.