Why Electronic Cigarettes DON’T HAVE Tobacco
There is a little bit of a negative stigma mounted on smoking electronics cigarettes. While they aren’t nearly as dangerous as other styles, there definitely are a large number of smokers that can’t stop. As the physical nicotine addiction can be easily overcome over time, the mental aspect can’t be beat on a consistent basis. If you want to break free from this nasty habit, then you need to break it through the minds of the people around you.
Among the reasons why electronics cigarettes are so hard to stop is basically because they depend on the smoker having access to a cigarette in order to have the requisite brain chemistry necessary to stop. In this instance, all smoker’s need to stop smoking is simply to find another source of nicotine. Which means that this particular style of smoking is based around the idea of cognition. It has everything regarding the brain having the ability to perform certain functions such as working memory, short-term memory and long term memory.
The nicotine within electronic cigarettes is very similar to what is within tobacco. The difference originates from the fact that it is much more highly concentrated. Smokers routinely have to smoke at least five times a day to receive a measurable level of nicotine. When you element in that smokers typically breathe through their mouths if they first start, then the amount of nicotine in cigarettes is even more overwhelming. This makes quitting even more difficult than it could be in traditional types of smoking. When smokers realize how addictive these cigarettes are, it becomes much easier to get them to stop.
The psychological factors involved with smoking are also quite strong. For example, smokers crave nicotine as much as they crave coffee or chocolate. This is also true with younger smokers, since the body will not podsmall.com yet have any connection between the enjoyment of a sensation and its physical aspect. These cravings are so powerful that lots of smokers crave nicotine on an even that their bodies can’t even fully comprehend. If you were to offer an electronic cigarette to a kid with asthma, for example, they might likely require time and patience to totally take in the sensation.
However, another interesting aspect of nicotine addiction deals with the way that smokers use different e cigarette models to attain the same results. Essentially, smokers use different products to have the same thing. A smoker might smoke a throat spray or a lubricant to help with a dry mouth, for example. Each of these products offers a different sensation that really helps to prolong the high that originates from smoking.
This phenomenon goes beyond just cigarette products all together. In addition, smokers have to deal with the actual act of smoking itself. Each puff of smoke takes a unique series of bodily actions that require the smoker’s attention so that you can fully reap the experience. Without this attention, smokers will not be able to fully benefit from the sensation of smoking. The chemicals in tobacco can simply fool the brain into convinced that it is having a cigarette, when what they are really experiencing is simply smoke, and nicotine is not present.
Another reason why e-cigs are this type of unique category of product is because the act of smoking itself is addictive. Nicotine is the substance that makes cigarettes addictive, in fact it is within every puff. Because people crave nicotine to attain the high that comes from smoke, they must constantly grab their cigarettes so that you can satisfy this need. For that reason, smokers will reach for e-cigs so that you can satisfy this craving, and the e-cigs may not contain tobacco at all.
All of these factors tie into the idea that nicotine is not a particularly important ingredient to be found in electronic cigarettes. Actually, electronic cigarettes do not genuinely have nicotine at all, and nicotine does not provide a high that lasts. Instead, what electronic cigarettes offer is the illusion of smoking and the promise of an alternative solution method for finding a high.