Inhalants have an effect that may mirror the use of alcohol, and teenagers are the most common users. Household products are easily used as inhalants.
The abuse of inhalants is relatively low compared to other drugs besides the common cases of abuse happening in solitary regions. Nevertheless, inhalants have addictive qualities. The risk posed by inhalant addiction should not be ignored just because this abuse is the least common.
Individuals who cannot control their drug use despite knowledge the negative effects and health implications are addicts. Quitting inhalants can be a very difficult task even for those with a great desire to stop.
The easy access to inhalants within the home as well as in stores can make it hard for a person with a serious addiction to stop on their own.
It is possible to become physically or psychologically dependant to an inhalant if it is used for a prolonged period of time.
Inhalants are volatile and flammable substances which dispel at room temperature. Inhalants produce brief mind-altering qualities which mimic alcohol intoxication.
Inhalants are made up of a large group of chemicals and anaesthetics which come together through inhalation. These chemicals are normally known as hippie crack, huff, laughing gas, or whippets.
Anaesthetics, gases and solvents used in the house are some of the commonly abused inhalants. Anything from cleaning products to gasoline can be a household inhalants.
Pain consciousness is relieved medically using gases (anaesthetics). Some commonly used anaesthetics include chloroform and nitrous oxide Nitrous oxide is popularly referred to as "laughing gas" and is often used by dentists. Most abusers get it from gas that is used in cans of whipped cream.
Amyl nitrite is another common inhalant which is used by patients with heart disease to enhance their blood flow. Nitrites have at times been considered to be in their own class of inhalants since they act mainly as muscle relaxants, quite distinct from the other inhalants.
The commonly used inhalants are:
Nitrous oxide ("laughing gas")
Computer duster spray
Effects Of Inhalants
The most common method of taking inhalants is by huffing although other methods are also used. Huffing refers to soaking a rag in liquid inhalant then placing it on the nose or mouth and inhaling the vapours. In some cases, direct inhalation through the mouth or nose right from the container is also done.
The other methods involves inhaling the substance out of a balloon, paper or plastic bag. In an attempt to increase their effects, some of the inhalants are sometimes heated.
Due to similar effects, such as impaired judgment or motor function, inhalant intoxication has been compared to alcohol intoxication. Short lived hallucinations are some of the differences between inhalants and alcohol. However, in a matter of minutes, inhalant effects disappear out of the body. Some of the side effects of inhalants are:
Loss of self-control
The largest demographic of inhalant abusers is teenagers. In 2012, the average age among first-time users were about 17 years of age.
Any use of inhalants is usually taken to be abuse due to the attendant serious damage that they could have on the body. It is easy to die from an inhalant overdose since these substances act as depressants to the nervous system and a high enough dose can greatly amplify these effects.
This is often heralded by the user losing touch of reality and experiencing squeamishness and vomiting and eventual unconsciousness. The drug can cause the user to stop breathing on their own or a fatal overdose can generally result to heart failure and asphyxiation.
Inhalant Obsession Cure
Inhalant addiction represents a remote form of drug abuse, reinforcing the need for professional management. Persons who are addicted to inhalants may choose to receive treatment for the addiction as either inpatients or outpatients.
One of the most harmful substances of abuse to a person's health are inhalants. Provide or get help by finding treatment on 0800 772 3971 if you or someone you know has an inhalant addiction.