n very low dose of methamphetamine, a significant proportion of dopaminergic brain cells would eventually get damaged beyond recovery, mainly due to chronic low levels of dopamine within the brain cells, leading to serious compromise in attention, memory, and decision making functions. It is also a belief that chronic abuse of the drug would eventually lead to profound reduction in the gray matter of the brain. There are many associated health risks reported with methamphetamine abuse, some of which are risky sexual behavior, social and family problems, and drug induced psychosis (Murray, 1998).
Quite as expected, methamphetamine is a popular drug of abuse with limited role as a licit therapeutic agent only in certain indications (Gibson, Leamon, & Flynn, 2002). Due to growing problem of methamphetamine abuse, there is increased demand of the drug, and in many parts of the United State, there are illegal indigenous methamphetamine synthesis laboratories to meet this demand, which hardly follow any safety protocol (Topolski, 2007). People working in these facilities are exposed to increased risk of occupational hazards. There are also reports of increased industrial accidents in these manufacturing units. It has been reported that methamphetamine abuse, manufacturing, control, and accidental or unintentional exposure, all have been associated with health hazards, which have grown into a significant public health problems with no easy solutions (Spoth, Clair, Shin, & Redmond, 2006). On the other hand, there is quite a volume of research in this area with abundant information. Therefore, it would be prudent to undertake a research in this area with the aim of finding solutions to these problems associated with methamphetamine.
In order to be able to understand the problem better, it is felt that this problem should be studied in greater detail right from its roots. If involvement in illegal drug manufacturing leads to inordinate exposure with potential and real