Blog - Addiction Treatment
What is Methamphetamine and Methamphetamine Addiction?
Posted on 21 Nov 2008
"Methamphetamine has been around for a long time, but it seems that recently it has gained certain notoriety and addiction rates are high," comments Mary Rieser, Executive Director for a prominent drug and alcohol program. "This is one drug you want to know about and educate your children on. It has been reported that it is so addictive that one dose can make an addict. Beware of the signs of methamphetamine abuse, and get anyone taking methamphetamine into an affordable drug rehab fast. Their lives depend on it."
What is Methamphetamine?
Methamphetamine is a powerful, highly addictive stimulant drug that dramatically affects the central nervous system. It is usually illegally produced and distributed.
Meth comes in several forms, including powder, crystal, rocks, and tablets. When it comes in the crystal form it is called “crystal meth.”
Meth can be taken by swallowing, snorting, smoking, or injecting it with a hypodermic needle.
Unlike drugs such as marijuana, cocaine, and heroin, which are derived from plants, meth can be manufactured using a variety of store bought chemicals.
The most common ingredient in meth is pseudoephedrine or ephedrine, commonly found in cold medicine. Through a cooking process the pseudoephedrine or ephedrine is chemically changed into meth. The ingredients that are used in the process of making meth can include: ether, paint thinner, Freon®, acetone, anhydrous ammonia, iodine crystals, red phosphorus, drain cleaner, battery acid, and lithium (taken from inside batteries).
Meth is often manufactured or “cooked” in very crude laboratories. Many of these labs are not sophisticated operations and do not require sophisticated chemistry equipment. And the people who cook the meth usually do not have any chemistry training. Cooking meth is relatively simple, but highly dangerous and toxic.
There are two basic categories of meth labs:
Superlabs produce large quantities of meth and supply organized drug trafficking groups that sell the drug in communities across the U.S. Most of the larger labs are controlled by Mexican Drug Trafficking Organizations operating in the U.S. and Mexico.
Small Toxic Labs produce smaller quantities of meth. These labs can be set up in homes, motel rooms, inside automobiles, and in parks or rural areas -- really almost anywhere.
How does meth affect a user?
Using meth causes an increase in energy and alertness, a decrease in appetite, and an intense euphoric “rush.” That’s in the short term.
With sustained use, a meth user can develop a tolerance to it. The user may take increasingly higher doses of meth trying to catch that high he or she first experienced. They may take it more frequently or may go on binges. They may change the way they takes meth. For example a user may have started by taking a pill, but as she develops a tolerance she may begin injecting it. Addiction is likely.
In the long term, a person using meth may experience irritability, fatigue, headaches, anxiety, sleeplessness, confusion, aggressive feelings, violent rages, cravings for more meth, and depression. They may become psychotic and experience paranoia, auditory hallucinations, mood disturbances, and delusions. The paranoia may lead to homicidal or suicidal thoughts.
A fairly common hallucination experienced by meth users is the so-called crank bug. The user gets the sensation that there are insects creeping on top of, or underneath, her skin. The user will pick at or scratch her skin trying to get rid of the imaginary bugs. This scratching can create open sores that may become infected.
Meth reduces the amount of protective saliva around the teeth. Meth users also consume excess sugared, carbonated soft drinks, tend to neglect personal hygiene, grind their teeth and clench their jaws, leading to what is commonly called “meth mouth.” Teeth can eventually fall out of users’ mouths—even as they do simple things like eating a sandwich.
High doses of meth can elevate body temperature to dangerous, sometimes lethal, levels. High doses can also cause convulsions.
People can die as a result of using meth.
Because meth is so addictive, the distance between the short and long term effects may not be very long.
How does meth affect everyone else?
As you can imagine, all those toxic chemicals used in the meth manufacturing process take a toll on the environment. Every pound of meth made can generate up to five pounds of toxic waste that may seep into the soil and groundwater.
The manufacturing process also generates toxic fumes. These fumes can severely harm anyone exposed to them. Meth labs also generate highly explosive gases.
Meth also has a very serious impact on children. Many children are rescued from homes with meth labs or meth using parents. Meth, chemicals, and syringes are all within reach of these children. Parents high on meth neglect their children. And the mental, physical, and emotional consequences for these Drug Endangered Children are often severe.
Millions of our tax dollars are spent each year to clean up meth labs, to care for drug endangered children, and to pay for law enforcement to deal with the meth problem.
*Source: USDOJ.gov
If you know someone with a drug problem, send them to Surf City Drug Rehab. Where we have the highest outcomes in the industry.
For more information on drug addiction rehab, methamphetamine addiction, or drug education, call Surf City Drug Rehab at 714-658-1152
Doctors Learning to Spot Substance Abuse Problems
Posted on 21 Nov 2008
That's the purpose of a new federal grant for The University of Texas Health Science Center at San Antonio.
UTHSC pediatric resident Tony Uranga is one of the next generations of doctors being trained at San Antonio's UT Health Science Center. Besides learning how to diagnose disease, he'll be getting special training on how to screen families for substance abuse.
"It's not something that they readily teach you in medical school," he said. "It's a very sensitive topic, so it's hard to broach, so there's definitely an art in the way you bring it up."
It's difficult to talk to people about questionable personal habits — activities like binge drinking, illegal drug use, prescription drug abuse, even legal activities like smoking.
Yet Dr. Janet Williams, a UTHSC pediatrics professor, who is training new physicians, says these students need more guidance in how to tackle these tough topics.
"We want to screen people through special interview techniques and briefly intervene on their lives, get them to understand this is a problem," she said.
The training program will start with pediatric and family medicine residents, and expand to included departments like OB-GYN, psychiatry and trauma. Over the next five years, the UTHSC hopes to arm budding doctors with ways to spot abusive behaviors, inspire their patients to change and get them the help they need.
"We want them to be much more aware of what are the resources out there? What can people do? How can people stop smoking? Cut down on their drinking? Stop drinking? Stop using drugs at all?" Dr. Williams said.
The UTHSC will spend almost $2 million in federal grant money over the next five years for this substance abuse training. The school is one of only 11 sites in the country to be awarded this grant money.
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Could Brain Abnormality Predict Drug Addiction?
Posted on 03 Nov 2008
Scientists at The University of Nottingham are to use MRI technology to discover whether abnormalities in the decision-making part of the brain could make some people more likely to become addicted to drugs.
In a three-year study, funded with £360,000 from the Medical Research Council, Dr Lee Hogarth in the University's School of Psychology will study the impact that an abnormal frontal cortex can have in people's risk of becoming dependant upon drugs such as tobacco, alcohol, cannabis or heroin.
Dr Hogarth said: "Evidence suggests that a large percentage of the population try drugs but only a small proportion of experimental users - roughly about 15 per cent - will make the transition to full-blown addiction.
"Our study will move us a step closer to understanding why some people can use drugs recreationally without becoming hooked, while others will go on to develop clinical dependence."
The research will focus on the frontal cortex, the area of the brain which is involved in decision-making and which allows us to weigh up short term gain with potential long term negative consequences. The researchers believe that some people may have a biological predisposition to becoming addicted because this portion of their brain is malfunctioning, preventing them from appreciating risks adequately, leading them to make poor choices in relation to drug abuse.
Young people may be particularly affected by this as the frontal cortex is not yet fully developed, which may explain many risk-taking behaviours in adolescents.
The research will compare students who report social versus daily smoking, and adult smokers who are dependant on nicotine versus those who are not. These four groups will allow researchers to trace the transition to dependence across the lifetime of drug use.
In the experiments, volunteers will first learn to earn cigarettes before this behaviour is punished with an unpleasant noise. The question is whether nicotine dependence is associated with a persistence in cigarette seeking despite the negative consequence of this behaviour, which is the clinical hallmark of addiction.
In addition, researchers will use MRI technology to measure abnormal brain activity in participants who persist in drug seeking, despite this behaviour being punished.
Dr Hogarth commented: "The risk of becoming addicted is due to a failure to offset the anticipated pleasure from drug use with knowledge of the long term negative consequences. The frontal cortex carries signals for anticipated pleasure and pain, so we expect to see an abnormality in the integration of these signals in dependent addicts who persist in punished drug seeking behaviour.
"There is currently a debate as to whether addicts are responsible for their addictive behaviour, which has implications for the funding of their healthcare and treatment. If our hypothesis proves correct, we would argue that addicts are intentionally choosing to take drugs, rather than being controlled, like robots, by urges beyond their control. However, this does not mean that addicts are morally culpable for their choices, because they cannot help being vulnerable to a distortion of the neural system that computes their choices.
"If we identify those who possess this vulnerability, perhaps more can be done to prevent them from making the transition to pathological addiction."
Methamphetamine Abuse Linked To Underage Sex, Smoking And Drinking
Posted on 03 Nov 2008
Children and adolescents who abuse alcohol or are sexually active are more likely to take methamphetamines (MA), also known as 'meth' or 'speed'. Research published in the open access journal BMC Pediatrics reveals the risk factors associated with MA use, in both low-risk children (those who don't take drugs) and high-risk children (those who have taken other drugs or who have ever attended juvenile detention centers).
MA is a stimulant, usually smoked, snorted or injected. It produces sensations of euphoria, lowered inhibitions, feelings of invincibility, increased wakefulness, heightened sexual experiences, and hyperactivity resulting from increased energy for extended periods of time. According to the lead author of this study, Terry P. Klassen of the University of Alberta, Canada, "MA is produced, or 'cooked', quickly, reasonably simply, and cheaply by using legal and readily available ingredients with recipes that can be found on the internet".
Because of the low cost, ready availability and legal status of the drug, long-term use can be a serious problem. In order to assess the risk factors that are associated with people using MA, Klassen and his team carried out an analysis of twelve different medical studies, combining their results to get a bigger picture of the MA problem. They said, "Within the low-risk group, there were some clear patterns of risk factors associated with MA use. A history of engaging in behaviors such as sexual activity, alcohol consumption and smoking was significantly associated with MA use among low-risk youth. Engaging in these kinds of behaviors may be a gateway for MA use or vice versa. A homosexual or bisexual lifestyle is also a risk factor."
Amongst high-risk youth, the risk factors the authors identified were, "growing up in an unstable family environment (e.g., family history of crime, alcohol use and drug use) and having received treatment for psychiatric conditions. Among high-risk youth, being female was also a risk factor".
Symptoms of Alcohol Withdrawal
Posted on 21 Oct 2008
Source:
National Institutes of HealthWithdrawals Can Be Mild, Moderate or Severe
Alcohol withdrawal refers to a group of symptoms that may occur from suddenly stopping the use of alcohol after chronic or prolonged ingestion.
Not everyone who stops drinking experiences withdrawal symptoms, but most people who have been drinking for a long period of time, or drinking frequently, or drink heavily when they do drink, will experience some form of withdrawal symptoms if they stop drinking suddenly.
There is no way to predict how any individual will respond to quitting. If you plan to stop drinking and you have been drinking for years, or if you drink heavily when you do drink, or even if you drink moderately but frequently, you should consult a medical professional before going "cold turkey."
Withdrawal Symptoms:
Mild to moderate psychological symptoms:
Feeling of jumpiness or nervousness
Feeling of shakiness
Anxiety
Irritability or easily excited
Emotional volatility, rapid emotional changes
Depression
Fatigue
Difficulty with thinking clearly
Bad dreams
Mild to moderate physical symptoms:
Headache - general, pulsating
Sweating, especially the palms of the hands or the face
Nausea
Vomiting
Loss of appetite
Insomnia, sleeping difficulty
Paleness
Rapid heart rate (palpitations)
Eyes, pupils different size (enlarged, dilated pupils)
Skin, clammy
Abnormal movements
Tremor of the hands
Involuntary, abnormal movements of the eyelids
Severe symptoms:
A state of confusion and hallucinations (visual) -- known as delirium tremens
Agitation
Fever
Convulsions
"Black outs" -- when the person forgets what happened during the drinking episode
Liver Patients Offered a Lifeline
Jo Revill, Health Editor
Observer (London)
Sunday, January 2, 2005
The increasing number of middle-aged patients with chronic liver disease caused by heavy drinking is forcing doctors to look at new ways of saving their lives.
A pioneering trial to help seriously ill people will begin this month, using the patient's own cells to regenerate the organ. By injecting patients with their own stem cells, the basic 'building blocks' for all kinds of cells, doctors hope that the liver can regrow itself to a point where the organ starts to work again.
The trial is experimental, but follows other work which shows that stem cells have helped patients with heart failure. The dire shortage of donor organs for transplant has encouraged the specialists to think of new ways of helping patients who otherwise have a very bleak future.
One in 20 people in Britain is now dependent on alcohol and a similar number are at serious risk of liver disease. Physicians and government experts have warned that alcohol-related harm - severe liver disease and injuries caused by drink-related violence - are on the rise as the nation's drinking habits become heavier.
Deaths from liver disease in patients under 50 have risen sevenfold in the past 30 years and surgeons have warned they are seeing a growing number of patients with cirrhosis of the liver, a condition where the healthy liver tissue is gradually replaced by scarred, useless tissue. The disease is insidious, because apparently healthy people may have it without knowing and the first signs do not occur until a late stage of the disease.
When alcohol is drunk, it is quickly absorbed and passes in the bloodstream to the liver, where it can cause excessive fat to be deposited within the liver cells. Between 20 and 30 per cent of those who drink heavily beyond the initial stages of liver damage will develop alcoholic hepatitis, a condition which can be fatal. A smaller number, about 10 per cent, go on to develop cirrhosis. Although alcohol is the leading cause of cirrhosis, it can also be brought on by forms of hepatitis or by some toxic chemicals.
Scientists at Imperial College London believe stem cell therapy holds out enormous hope for those who need new organs. Professor Nagy Habib, head of liver surgery at London's Hammersmith Hospital, who is running the trial, said: 'The liver is a wonderful organ in the way it can regenerate itself, but if there is a lot of damage it stops functioning properly. If we can get 15 to 20 per cent of the organ regenerated, then that is enough to really improve the patient's condition. These cells seem to have the fantastic ability to become whatever is needed in order to repair the damage.'
By injecting the patient's own stem cells, taken from their blood, directly into the bloodstream, the researchers hope they may be able to improve the function of the liver by getting the stem cells to repopulate the liver.
The procedure, known as leukapheris, involves taking blood from a patient and then separating it into its component parts. The stem cells are taken from the white blood cells, while the red blood cells are returned to the body through the arm. Habib and his team then inject the stem cells into the hepatic artery, the vessel which goes into the liver.
Habib believes they have to look at all the potential cures. There are about 700 liver transplants in the UK each year, but 7,500 die annually from liver disease. Alcohol is the major reason for a transplant, followed by the virus hepatitis C. 'The demand for a transplant has really risen,' said Habib. 'We don't have the equivalent of a kidney dialysis machine for these patients, so unfortunately most of them will die while waiting for an organ.'
It is not yet known how many stem cells may be needed for the trial to succeed. The worse the patient's liver function, the more cells may be necessary. 'If you can provide 1 per cent of liver cell mass, and then allow that 1 per cent to grow over a three-month period, it's possible that the liver will have enough healthy cells to behave properly, and start to produce what it needs,' said Habib.
Like many specialists, he worries that people do not understand the damage that can be done by heavy, prolonged drinking. 'If people could see what life was like in the final stages of liver failure, they might think seriously about giving up at a much earlier point,' he said. 'The liver is a very forgiving organ, but there's a limit to how much alcohol it can process before the damage sets in.'
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