R E S I S T   T E M P T A T I O N ?

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ONE LOVE

D D R R U U G G S S . .

Sex and drugs
Powders, pills and sexy thrills have been the subject of more songs and urban legends than we can count. Putting some of the more romantic ideas to one side, here's TheSite.org's take on the real highs and lows of chemical lurve.

LSD/ Magic mushroomsHigh: Some users report an increased sexual awareness while tripping.
Low: Trips are unpredictable. Hallucinating unpleasantly during sex could be traumatic, while a heavy dose may leave users totally turned off.

CocaineHigh: Cocaine is a stimulant drug. In small doses it can increase sexual arousal and make orgasms and erections easier.
Low: In larger amounts, cocaine can still fuel sexual desire, while decreasing the ability to actually perform properly. Problems achieving erection and orgasm are very common.

Amphetamines (speed)High: The initial rush may lift the libido, but the feeling is unlikely to last.
Low: Male users may find the penis is less sensitive or responsive, and ejaculation difficult to achieve. As a result, sex can last a long time - which places both partners at risk of chafing (rubbed raw skin). Painfully funny on paper. Pure pain, in reality.

CannabisHigh: Users can feel less inhibited and unfriendly, while the increased sensory perception can turn stoners all touchy-feely.
Low: Blokes on dope risk a reduction in testosterone production, and a drop in sperm count, while females may experience some fertility problems due to changes in ovulation and menstrual cycles.

EcstasyHigh: An increased sense of warmth and empathy towards sexual partner. Some users feel they are more physically aroused, (although others report a loss of sensation and delayed orgasm).
Low: Increases the chances of risky sexual behaviour. A recent study showed users were more likely not to bother using condoms or other forms of contraception. Also, the drug-induced sense of loving everyone around you could mean you wind up sleeping with someone you don't really like at all.

OpiatesHigh: Drugs such as heroin, morphine and codeine belong to a drug group called opiates, which have a painkilling, detached effect. Codeine, in particular, is a feature in some strong over-the-counter painkilling products, so about the only appeal there, sex-wise, is that headaches won't wash as an excuse.
Low: Opiate misuse can lead to full time problems such as impotence, lowered libido and difficulty attaining orgasm.

Poppers (alkyl nitrites)High: Some users take poppers during sex because they enjoy the brief, intense head rush and relaxant effect. Particularly popular among gay men.
Low: Alkyl nitrites reduce blood pressure. This means Viagra users should steer clear as the combination could be fatal.

The potential effect of a drug on sex is just one of many factors to consider before taking any substance. Knowledge is power, so get wise to the risks involved right.
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ONE NIGHT STANDS

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Pros
  • Sex is fun, sex is fun, sex is fun. Did we mention that sex is fun?
  • Just for the thrill of it. People often fantasise about sex with strangers, and the ONS allows you to live out that fantasy and try out things you may be too scared to do with someone you know.
  • No fear of commitment for all you phobics out there.
  • "You STUD you," pulling a babe, be you male or female, will boost your social status no end.
  • No sitting by the phone waiting for a call, you both know the score
  • Sex for its own sake can be fun - providing you're playing safely (carry condoms) and both know what you're getting into beforehand.
Cons
  • Brewers droop, often one-night stands involve lots of alcohol and poor sex, but on the plus side you probably won't remember in the morning
  • One-night stands (which usually involve passion and drunkness) increase your chances of catching an STD - be sensible about contraception
  • A bad idea if you really like them in a 'spend the rest of your lives together dream world' kinda way. If they thought it was just one fun fling, or worse a drunken mistake, you will get hurt. Be open about your intentions before you get up close and personal.
  • Your temporary partner may go on to sleep with one or more of your mates, and then compare notes. The shame of it all.
  • Danger in strangers: make sure you let someone know where you are off to - a sneaky text to your best mate should do it.

DON'T READ THIS IF YOU KNOW EVERYTHING ABOUT ALCOHOL.

A brief narrative description of the journal article, document, or resource.
Whether a person drinks a little or a lot, one thing remains the same--alcohol is a drug that changes the body in specific ways. Information on alcohol, how it is made, and how it affects the body are presented in this book. Written in an easy to understand style, the text begins with a detailed explanation of the various uses of alcohol and how it is made. Different views of alcohol and ways in which young people are pressured into drinking are described in vignettes. Situations such as social drinking, are covered, followed by a detailed explanation of how alcohol affects the body. The body's mechanism for processing alcohol and how alcohol damages the body are discussed. This section is followed by an examination of alcoholism, a disease for which various treatments and help programs are presented. A chapter on alcoholism at home explains how the disease touches everyone. A glossary defines some of the common terms associated with alcohol and a list of organizations that can help people struggling with alcohol-related problems is presented.

From the moment the first drop of alcohol hits your lips, your body is being affected. When the alcohol comes in contact with the lining of your mouth, a small percentage is absorbed. It irritates the mouth lining as well as the esophagus, acting as an anesthetic. Then, the remaining alcohol travels to your stomach, where some is absorbed into the bloodstream. Only a small portion, approximately 20% is absorbed through the stomach. Most of the remaining alcohol will continue into the small intestine. It is from the small intestine that the majority of the consumed alcohol is absorbed into the bloodstream. From here, the alcohol can reach every cell of the body. 

Because alcohol shares many properties with water, alcohol is highly soluble in water, and thus it travels throughout the body as water does. Alcohol can pass through cell walls and is distributed throughout the water content of tissues and cells. In its circulation through the body, the alcohol reaches the brain. This is when the consumer begins to feel the effects of intoxication. The severity and longevity of these effects are dependent on the concentration of alcohol in the blood. A factor that affects the concentration of alcohol in the blood is the rate at which the alcohol reaches the small intestine. This rate is dependent on the strength of the alcohol, as well as whether or not there was food in the stomach. If the stomach is empty, the alcohol can reach the small intestine in less than five minutes.

The body can expel approximately 10% of the alcohol by means of perspiration, and by elimination from the lungs and kidneys. This leaves 90% to be metabolized by the liver. Once metabolized by the liver, the alcohol combines with oxygen, forming energy, therefore oxidizing. Upon entrance into the liver, a portion of the alcohol is changed into acetaldehyde. This is accomplished by the enzyme, dehydrogenase. Then, the acetaldehyde is broken down into acetic acid, which circulates throughout the body, combing with oxygen to form carbon dioxide and water. The catch is, however, that the liver can only oxidize a given amount of alcohol at a time. Generally, the liver has the ability to metabolize only .25 ounce of pure alcohol per hour, leaving the remaining alcohol to continue its circulation throughout the body. 

As the alcohol that is not being metabolized continues to be dispersed, the brain experiences various impairments. Alcohol's effect on the brain is abnormal, as the brain is usually protected from chemicals and drugs by the "blood/brain barrier," which acts as a filter system. Normally, it allows only water to pass through. However, the simple molecular structure of alcohol allows it to penetrate the barrier. Occurring in the Frontal Lobe, there is a loss of reason, caution, and inhibitions. From this originates the cocky, careless, behavior of drunk people. The Parietal Lobe is where the loss of fine motor skills occurs, in addition to slower reaction time and shaking. This inability to react and loss of balance in combination with the prior mentioned loss of caution and reason can be very dangerous. In the Temporal Lobe originates the slurred speech that is a defining characteristic of an intoxicated person, as well as impaired hearing. An affected Occipital Lobe is responsible for blurred vision and poor distance judgment, and when the Brain Stem is affect, there is the loss of vital functions. Thus it is shown that alcohol can have severe neurological effects.
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= T H I S .