Trauma is a Possible Link to Addiction

Canadian physician, Garbor Mate, has recently released a book that argues that addiction is more likely to come about due to childhood trauma rather than genetics. NPR’s Amy Goodman asked Dr. Mate to explain how trauma is a possible link to addiction.

The physician, who works in a facility in one of the most dense drug addicted neighborhoods in Vancouver, starts his explanation by telling Goodman that every single female addict in his house was sexually abused as a child. He goes onto explain that whether the addiction is drugs, shopping, eating or working, a stressful childhood cause the human brain to change in a way that seeks to ease the trauma of a bad situation.

As a WWII survivor of the Jewish ghetto in Budapest, Dr. Mate uses his own infancy as an example of trauma being linked to addiction. He tells Goodman that his father had been sent to a labor camp, his grandparents had been killed in a concentration camp, and his mother was constantly living under stress and in fear. Her infant son cried all of the time, and when she called the doctor to come see the child, the doctor agreed to do so. The doctor also let her know that all of his infant Jewish patients cried all of the time. Dr. Gabor claims to be ADD and a shopaholic due to this early childhood trauma. Although he couldn’t intellectualize the situation, he sensed the stress in his mother.

With that example, the doctor believes it is possible to re-wire the human brain by providing love and understanding to the addict because our current system simply punishes people who lived through punishing childhoods. He assures Goodman that it is possible for the brain to heal itself through the right support, reinforcement and stress management for addicts.

The Success of Substance Abuse Programs

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The success of a a substance abuse program should be considered before entering a patient into it. There are many programs available, and most will have a cost associated with them. Most addicts are not in a position to pay for something only to have it not work, so there are a few things to look for before deciding which substance abuse program to enter.

The success rate of the program is paramount. Ask the treatment center what their relapse rate is. Within 5 years of treatment about 54 percent of the participants will relapse. If the program can prove it has a lower statistic than that, then it’s worth trying.

It is also known that the longer a patient stays in treatment, the more successful he will be. Therefore, the next question should address average length of stay. Patients who stay in treatment for at least 90 days are going to be the most successful. Any time shorter than that will likely return a disappointing result.

Ask what the relapse rate is six months after treatment. For women it should be 20% or lower, and for men it should 30% or lower. If the program can prove it produces those kinds of numbers, it is an excellent choice for recovery.

Finally, the most successful recovering addicts participate fully in aftercare programs, so ask how the participants do in that part of the recovery process. Programs that succeed in getting patients to make all aftercare meetings are the programs most likely to turn around the disease of addiction. At least 60 percent of the participants should be attending all after care meetings in order to consider the substance abuse program successful.

Certainly, many factors in the addict’s life, as well as how motivated the addict is, will play into success, but there’s no sense in spending time and money on a program that won’t produce positive results.

Suboxone Treats Heroin Addiction

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When all substance abuse programs fail, it might be worth it for the heroin addict to ask a doctor about Suboxone. This is a medication designed to treat opiate addiction. Where it has its own set of risks, it can ultimately be a life saver for an addict.

Suboxone is a combination of buprenorphine, which is an opioid medication, and naloxone, which blocks the effects of opioids. Therefore, the way Suboxone is administered is very important. It cannot be injected. If it is taken this way the naloxone will block the buprenorphine and cause withdrawal symptoms. If the drug is taken under the tongue, it will treat opiate addiction by stifling the desire to use.

Users of Suboxone can become dependent on the drug if they stop using it too quickly. In essence, they’ll go through withdrawal. Therefore, it is not something that can be taken occasionally or as needed. A doctor needs to be involved in this kind of drug therapy, and he or she will instruct on how to use it and how to be weened off of it.

Like many opioid medications, Suboxone can cause drowsiness and impaired thinking. So it is important to take caution when driving or operating heavy equipment. Combining it with alcohol, pain relievers, muscle relaxers, sleep aids or antihistamines can also increase the effects of Suboxone.

There is no solid evidence on how this drug will effect an unborn child. However, users are cautioned that the baby may suffer withdrawals symptoms.

The unfortunate part of heroin addiction is that the only drug proven to treat it has some of the same unwanted side effects. However, the control it gives an addict back over his life may be worth it. Like any medication, it simply becomes something that the patient learns to live with so that he can live at all.

Crystal Meth – What is it Doing and Where is it Coming From?

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Crystal Meth’s Terrifying Reality

Often authoritative bodies working to combat drugs and drug use become exuberant in their campaigns discouraging the use of various drugs. Crystal methamphetamine might be one drug where that would be impossible. Some scary and surprising statistics are below:

• Treatment for Meth has overtaken treatment for cocaine and heroine in 14 US States
• In 2006 1.4 million American’s tried Crystal Meth
• 18-25 year olds are responsible for the biggest increase in treatment
• Meth use is greatest among 35-45 year olds
• It takes $1000 worth of ingredients to make $20,000 of Meth
• Over 10 million people in the US have used Meth

Where is it coming from?

Precursor chemicals were available in the US until recent new regulations surrounding the sale of cold medicines containing pseudoephedrine, lithium batteries, rock salt, lye, iodine, paint thinner, drain cleaner, gasoline additives, and red phosphorus went into effect. Most of the Meth in the United States was supplied by super labs (usually houses retrofitted to produce large quantities of Meth) in California and Northern Mexico. In 2004 alone, 8,000 meth labs were raided and seized by law enforcement in the US where some 3,000 were children were recovered. Since the crackdown on precursor chemicals in the US, production has largely moved south of the border. In 2004 Mexico imported 200 tons of pseudoephedrine when around 70 tons would have been the amount Mexicans needed to control their colds. In 2006, 5.1 million tablets were seized by Mexican authorities hidden in a shipment of ceiling fans from China. That same year Mexican police seized the largest meth lab ever discovered in the Americas that was producing 400 pounds of Meth per day. In the midst of Felipe Caldarón’s cartel crackdown were the president is putting unprecedented pressure on Mexico’s drug cartels pseudoephedrine is no longer imported with impunity, but Mexico is still a country awash in precursor chemicals.

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Alcohol and Your Brain

Your brain controls your respiratory system, digestive system, and muscular system through a mix of electrical, chemical, and physical signals. Inside your cells electric pulses transmit messages and between autonomous cells chemicals or neurotransmitters are used. Neurotransmitters are emitted by one cell and received by another across a gap called the synapse. A neurotransmitter traveling from one cell to another binds with proteins along the way and then hits its specific receptor of the receiving cell. When this transaction occurs the receiving cell is told to either begin or cease a certain action. Neurotransmission, essentially your cells doing what they are supposed to do, can be interrupted when alcohol is introduced to the synapse.

Alcohol on Parts of the Brain

Cerebral Cortex – The cerebral cortex acts as an information processor for thoughts, senses, and voluntary muscle movements. Alcohol can affect thought process rendering bad judgement. Alcohol’s nickname the “medicine of courage” comes from its affect on the cerebral cortex depressing inhibition. Lastly, alcohol dulls the senses and increases the threshold for pain.

Lymbic System – Consisting of the septal sector and hippocampus, the lymbic system controls memory and emotions. Excessive alcohol consumption can lead to fuzzy recollection of previous events or even complete memory loss often called “backout.” Exaggerated emotional states are also a hallmark of alcohols affect on the lymbic system.

The Cerebellum – While the cerebral cortex is responsible for initiating muscle movement, the cerebellum supplies the information for refining the movement. The cerebellum also controls balance and suffers impaired function with alcohol abuse resulting in a drunk person’s lack of balance.

Hypothalamus & Pituitary – The coordinator for hormonal release via the pituitary gland, alcohol depresses its functioning. Sexual desire often increases, but performance generally decreases.

Medulla – Also know as the brain stem the medulla influences automatic body functions like respiration, temperature, and heart rate. When you start to feel sleepy alcohol is affecting your medulla. Excessive consumption can result in unconsciousness or death.

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Thinking about Alcohol

Have you Really Ever Thought About it?

Most people young or old that drink alcohol don’t stop to think about about how alcohol works. It is one of the worlds oldest drugs and so woven into the fabric of society that alcohol consumption is a recreational activity enjoyed by teenagers to the elderly. Alcohol produces its desired effects by impairing normal brain function, here is how.

What does alcohol affect?

Alcohol impacts the cerebral cortex (responsible for processing thoughts, senses, and voluntary muscle movements) producing that desired effect of lowering inhibitions and making a person more chatty and confident. Alcohol’s affect on the cerebral cortex dulls the senses and can momentarily dull physical or emotional pain, but bad judgment is coupled with this desired effect. The impairment of the lymbic system can produce the desired result of exaggerated emotions where those long deep conversations about life occur. Conversely, the lymbic region controls memory so that long deep drunken conversation might not be recorded in your memory. The desired effect of physical looseness or relaxation has to do with alcohol’s affect on the cerebellum. The unwelcome side effect is poor balance. The hypothalamus and pituitary are affected by alcohol; sexual desire goes up, but sexual performance goes down. And finally, the medulla’s impairment also acts to release tension, but makes a person tired as well.

Blackout – What Occurs When the Brain is Overloaded

As mentioned earlier, alcohol affects the lymbic region of the brain in control of memory. When alcohol is consumed in excess total memory loss can occur. A person suffering “blackout” is at the least, usually embarrassing him or herself greatly. That kind of behavior can lead to mental anguish, depression, and a loss of self-identity. During blackout while all regions of the brain are significantly impaired from alcohol a person can freely engage in very risky behavior. While blacked out a person might freely engage in dangerous stunts or dares, physical confrontations, unprotected sex, driving, etc. Constant heavy drinking can lead to the brain’s increased susceptibility to blackout; complete memory loss can occur at lower levels of alcohol consumption.

In Defense of Marijuana, but let’s be Honest

What’s Up

Decriminalization and steps towards the legalization of marijuana are going on in many US states and European countries. The resources spent to enforce marijuana prohibition are seen as a waste by many and the Obama administration is no longer allocating federal resources to enforce prohibition. California has an upcoming vote to legalize the cultivation, distribution, and taxation of marijuana. Other west coast states are on the cusp of similar legislation. Groups against the legalization and wider spread use of marijuana harp particular myths surrounding marijuana usage, but also fail to mention certain truths.

Marijuana is too Potent!

There is common myth that the marijuana smoked today is much more potent than marijuana prevalent 40 years ago and thus a harsher drug. It is purported that a few samples of low THC content marijuana from long ago are used by the DEA to exaggerate the difference in THC content of present day marijuana. Either way, higher THC content marijuana when smoked does not produce a significantly increased high.

Marijuana is Very Addictive

If you smoke marijuana you are not at the risk of developing a physical dependence. Less than 1 percent of the US public smokes marijuana daily and even less develop some kind of dependence. However, it is possible to develop an appetite for the habit of relaxing with a daily smoke. The light freeing euphoria provided by marijuana is a pleasant way to relax and a minority of people make it part of their daily routines. The vast majority of daily smokers can still quit without drug treatment.

Marijuana Causes Brain Damage or other Irreversible Psychological Problems

There is no scientific evidence proving that marijuana causes any kind of permanent mental illness. When large quantities of marijuana are ingested it is possible that a user can experience temporary psychological stress like paranoia, panic, or anxiety. However, behavior and personality can be affected from the daily usage of marijuana. Many habitual marijuana smokers do not want to admit this is true, but daily smokers often are less outgoing and less motivated than they were prior to daily marijuana intake.

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PCP

Ketamine, one of the most common NMDA receptor...
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PCP or phenylcyclohexylpiperidine is a recreational drug that was first used as an anesthetic because of its numbing and dissociative effects on humans and animals. It was patented in 1952 by Parke-Davis and marketed under the name Sernyl. PCP is an arylcyclohexylamine derivative of the family of dissociative anesthetics, which block the NDMA receptor. The NDMA receptor is responsible for controlling the connections between neurons and is important for learning and memory. Because PCP blocks this receptor users experience a feeling of being out of or disassociated with their bodies.

Usage

PCP is commonly referred to as angel dust, getting wet, sherm, or a fry stick. It comes in liquid, powder, and a gummy substance. PCP is often consumed by dipping a cigarette or joint in liquid PCP. A dose is usually purchased for $10 to $25 and will get a few people high. PCP was called America’s biggest drug problem by 60 minutes and People magazine in 1968, but recreational usage (although never extreme) has fallen drastically since that era.

Short Term Effects

There are both perceived positive and negative effects after taking PCP, which like any other drug are due to person, environment, and dosage. Positive effects can be euphoria, a high feeling, positive mood, and increased sensitivity to external environment. Negative effects can result from the disassociation PCP causes between a user’s mind and body. Some negative effects are disorientation, paranoia, dark hallucinations, perceptual confusion, depersonalization, etc. The negative effects can encourage risky behavior as the user may not be able to grasp consequence or feel pain. Like most drugs, negative effects are more prevalent at higher dosage levels.

Long Term Effects

In general, substances that block NMDA receptors have been alleged to cause a type of brain damage called Olney’s lesions. Experimentation has been conducted that showed the formation of irreversible vacuoles on the brains of rodents given high doses of NMDA receptor antagonists. It is not proven whether the human brain suffers similar damage, but it is possible. PCP can cause schizophrenia like effects in humans that have used the drug repeatedly.

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