Maggie Johnson
Health 1050 
Research Paper 
 
 
  METH 
The Most Dangerous Drug Right Underneath Your Nose 
 
 
  Its 2 a.m. in the sleepy suburban neighborhood where I grew up.  My grandmother and 
two aunts, visiting from out of  town, are sound asleep.  Suddenly, loud voices emerge as motion 
lights ood the backyard.  Startled, I awake disoriented.  Go, go, go!  I follow the voices from 
my second story window to see a birds eye view of  a SWAT team funneling through our 
backyard, scaling fences, and eventually surrounding the unsuspecting house on the corner.  This 
is suburbia, a safe, peaceful corner of  middle class America.  And in it stands a toxic meth house.  
  Where did meth originate? 
  Methamphetamine, or meth as it is commonly known, comes from an amphetamine 
derived from the brand name Methedrine.  The roots of  amphetamine date back nearly 5,000 
years ago with a Chinese medicinal herb called ma huang used to aid in asthma and respiratory 
afictions.  In 1887 German chemists isolated the primary ingredient of  ma huang and called it 
ephedrine.  7 years later, a Japanese chemist named Nagayoshi Nagai synthesized 
methamphetamine using ephedrine.   
  The chemical makeup of  an amphetamine requires a particular arrangement of  carbon 
(C), hydrogen (H), and nitrogen (N) atoms, either in a right-handed or left-handed version 
simulating a mirror image.  The right-handed version is more powerful and goes by the name 
dextroamphetamine or d-amphetamine.  Methamphetamine is created by altering the formula of  
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d-amphetamine by replacing CH3 for H at one end.  With this minor adjustment, a greater effect 
is achieved as the passage is faster across the blood-brain barrier.  (1, pg. 102) 
  In 1932 the pharmaceutical company Smith, Kline and French Laboratories marketed 
the rst synthetically-created ephedrine inhaler called amphetamine under the name Benzedrine.  
It was not used extensively until World War II when British, U.S., German and Japanese troops 
were administered the drug to ght off  fatigue and heighten alertness.  (2)  Post-war, students, 
truck drivers, athletes, and other civilians used amphetamines to enhance daily functions.  (3) 
  In 1965 federal drug laws dictated that wholesalers, manufacturers and pharmacies track 
transactions of  amphetamines.  Illegal distribution manifested itself  soon after. 
Methamphetamines became popular during the Summer of  Love and Peace era in San 
Francisco.  Meths peak use was around 1967 and while it eventually took a backseat to cocaine 
and other drugs as time went on, abuse was still rampant.  
  In 1970 d-amphetamine was allocated as a Schedule II drug, indicating a formidable 
chance abuse would occur.  (1, pgs. 103-104) 
  Why is meth worse than more lethal drugs such as cocaine and heroin? 
  Imagine giving heroine or cocaine addicts the opportunity to create their own drugs.  
Today, meth can be made nearly anywhere. Cooks create labs in hotels, bathtubs, cars, the 
aisle of  a Walmart and in the case of  Walter White, the occasional RV.   (4)  The ingredients can 
be attained easily at the supermarket.  It takes only 15 minutes to shake and bake meth 
ingredients in a bottle, pending the bottle doesnt explode.  Amateurs who took a chemistry class 
or two now consider themselves reliable meth-making agents.  In turn, they can market their 
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product to users or use themselves.  In effect, unlike users of  cocaine and heroine, the user now 
becomes the dealer.    
  Why is meth is worse than natural drugs? 
  Meth is synthetic and does not originate from a plant.  Unlike nature-based drugs such as 
marijuana and opium, meth is man-made from man-made ingredients.  Similar to a processed 
food such as a Pop-Tart, the ingredients list is long and difcult to pronounce.  Almost all of  the 
ingredients in meth are highly ammable and toxic.  Among these ingredients are: sodium 
hydroxide (found in liquid drain cleaners), lithium (found in batteries), acetone (found in nail 
polish remover), red phosphorous (found in matches), anhydrous ammonia (found in fertilizer), 
sulfuric acid (found in detergents and fertilizers), hydrochloric acid (found in house cleaners and 
used to make PVC), and pseudoephedrine (found in nasal decongestants).  (5)     
  Ingredients for meth are so readily available, larger stores are mandated by federal law to 
cap the amount of  products purchased containing the active ingredient pseudoephedrine.  In the 
past, products containing pseudoephedrine could be found over the counter but now must be 
requested from a pharmacist. 
    Meths demographics are widening.  
  Men and women.  Baby Boomers and Millennials, tweens and teens.  All are users of  
meth.  High school and college students use Meth to help stay awake and achieve a potent high.  
Bartenders and healthcare professionals working long hours, truckers driving through the night, 
and even mothers who are pressed to accomplish daily tasks in a timely manner have reported 
using Meth.   (1, pg. 108) 
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  The most prevalent use of  meth can be found in the rural midwest.  In 2012, 11, 210 
meth labs and meth lab paraphernalia were seized in the U.S.   The greatest concentration of  
meth lab activity was in Missouri and Oklahoma.  (6)  In smaller towns it is easier to buy the 
ingredients needed for meth without being tracked because there are more mom-and-pop stores 
dotting small towns.  Home-grown labs can go more undetected as they are further apart.  Many 
farms already contain one of  the key ingredients of  meth: fertilizer.  (16)  Youth in small towns 
may have less opportunities for activities as do youth in an urban sprawl and boredom may 
ensue, another proponent to meth use.  
  Meth ages its users the fastest in the shortest time more than any other drug. 
  Meth does not deliver a younger visage associated with its youthful bursts of  energy.  In 
fact the opposite is true. Meth users age dramatically after only a few months or years of  using 
the drug.  In some cases hallucinations are prevalent and users fear bugs or parasites have 
burrowed in their skin and they cut, claw or even burn their skin to dislodge them.  These sores 
take longer to heal because meth causes the blood vessels to constrict.  Users can appear 
emaciated and skeletal because meth is an appetite suppressor.  (8, 10) 
  Meth mouth is a costly side effect, caused by excessive tooth grinding and clenching, 
leading to sores and cracked teeth.  Because getting a x is the highest priority, hygiene is 
routinely neglected and bacteria congregate in the gums, causing gum disease and tooth decay.  A 
users smile may be alarming to those who see it.  (9)  
   
  Meth ravages the body and mind. 
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  The bodys organs do not go unscathed under meths harmful effects.  An alarmingly 
high body temperature can lead to a potential heart attack, stroke, organ failure, brain damage 
and even death.  (11)  Meth can be smoked, injected intravenously, snorted and ingested in pill 
form.  Intravenously, users share needles and therefore share diseases leading to a higher risk of  
hepatitis and HIV/AIDS. 
  Parkinsons disease and Alzheimers disease symptoms may appear for chronic meth users 
later in life due to permanent damage to the blood vessels of  the brain.  Paranoia may cause 
suicidal or homicidal thoughts.  Job loss and disintegration of  the family unit are common.  (7) 
  Meth and death- not a cool way to die.  
  How often does death occur with meth use?  The media report many drug-related deaths 
every year and meth may get lumped into the same category as heroin or barbiturates, which 
have gained notoriety with the deaths of  many famous celebrities.  
  Deaths attributed to meth can be described in four categories: the toxicity of  meth (such 
as those relating to overdoses), the effects of  getting high (such as accidental injury and violence), 
the physical dependence of  meth, and detrimental health effects of  continued chronic use, such 
as physical diseases. Occasionally home-grown labs present the potential burn trauma or death 
from explosive materials used to make meth.  (12) 
  Overall, meth-related deaths are infrequent, and most deaths are not attributed to meth 
directly but rather circumstances surrounding the intake of  the drug, such as a car crash or 
drowning.   (13)   In the UK, between 1997 and 2007 there were 832 recorded deaths linked to 
meth.  (14)  In 1998, there were 500 deaths linked to meth in the U.S.  (15)   Rather than being 
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immortalized at a young and beautiful age, as is the case with many celebrities, meth users 
generally deteriorate over time and cause permanent damage to their minds and bodies. 
  Why is meth addiction so hard to overcome? 
  Meth is not instantaneously addictive, contrary to popular belief.  Many people who use 
meth do not become addicted to it.  It can be difcult to predict who will become an abuser and 
who will not.  However, those who do have an addiction nd themselves in similar detoxifying 
programs as those who are addicted to cocaine.  (7) 
  Physical symptoms relating to withdrawal of  meth have not been sufciently proven, but 
mentally meth withdrawal is akin to cocaine withdrawal: anxiety, depression, exhaustion, mood 
swings, aggressive behavior, and an all-consuming craving for the drug.  (7) 
  Most meth addicts relapse within the rst 3 years of  trying to come clean.  There are no 
proven pharmacological options for the treatment of  meth dependence.  Treatment for meth 
abuse was less successful than treatment methods for heroin and cocaine.  (17)  One reason is that 
many of  the ingredients for meth are still readily available in day-to-day life.   It is nearly 
impossible to exit out of  that environment, one of  the key factors in successful rehabilitation of  
drug dependency.  
  In conclusion, because of  its propensity to allure users with its go-to list of  household 
chemical items, cause permanent physical and mental damage, create users while simultaneously 
creating dealers, and leading to the disintegration of  family, meth is the most dangerous drug 
right in our own neighborhood.  
   
   
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Sources 
1. Drugs, Behavior & Modern Society; Levinthal, Charles, page  
2.  http://methoide.fcm.arizona.edu/infocenter/index.cfm?stid=164 
3. http://www.pbs.org/wgbh/pages/frontline/meth/etc/cron.html 
4. http://www.stltoday.com/news/local/crime-and-courts/woman-caught-cooking-meth-inside-
a-south-st-louis-county/article_c21df9fc-b108-11e1-8d6f-0019bb30f31a.html 
5.  
http://www.methproject.org/answers/whats-meth-made-of.html#Whats-in-Meth 
6. http://www.justice.gov/dea/resource-center/meth-lab-maps.shtml 
7. http://stopmeth.webs.com/methanditsdeadlyspin.html 
8.  
http://www.methproject.org/answers/will-using-meth-change-how-i-look.html 
9.  
http://www.dentalcare.com/en-US/dental-education/continuing-education/ce332/ce332.aspx?
ModuleName=coursecontent&PartID=4&SectionID=-1 
10. http://www.pbs.org/wgbh/pages/frontline/meth/body/ 
11. http://www.methproject.org/answers/what-does-meth-do-to-your-body.html#Body-by-Meth 
12.  
http://www.livescience.com/36068-worldwide-illegal-drug-deaths.html 
13. http://www.oregonlive.com/pacic-northwest-news/index.ssf/2014/04/
oregon_drug_deaths_more_people.html 
14.  
http://www.drugwarfacts.org/cms/Causes_of_Death#sthash.g3vMHEHH.dpbs 
15. http://www.intheknowzone.com/substance-abuse-topics/methamphetamine/statistics.html 
16. http://www.livinghistoryfarm.org/farminginthe70s/life_06.html 
17. http://www.thex.com/content/why-cant-most-meth-addicts-stay-clean8107 
18. http://www.ncsacw.samhsa.gov/les/meth%20and%20child%20safety.pdf  
 
 
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