Is Alcohol More Dangerous Than Heroin?

Is Alcohol More Dangerous Than Heroin?

Heroin is clearly a dangerous drug. It carries a certain stigma because it is illegal. And no doubt, deadly. But what about alcohol? It, too, is a drug but, it is legal. Does that mean that alcohol is any safer than other drugs like heroin?

The World Health Organization estimates that risks linked to alcohol cause 2.5 million deaths a year from heart and liver disease, road accidents, suicides and cancer — accounting for 3.8 percent of all deaths. It is the third leading risk factor for premature death and disabilities worldwide.

Let’s take a look at the effects of alcohol and heroin, respectively on both the user’s brain and physical body to see how they compare.

Alcohol Effects on the Body

Heart: Alcohol is more dangerous than heroin because it can have serious effects on physical health. And it is not just from drinking a lot over a long time; drinking too much on a single occasion can damage the heart and cause problems such as cardiomyopathy (stretching and drooping of heart muscle); arrhythmia – (irregular heart beat); stroke; high blood pressure.

Liver: Alcohol is more dangerous than heroin because heavy drinking takes a toll on the liver, which leads to a variety of problems such as fatty liver, alcoholic hepatitis, fibrosis, and cirrhosis.

Pancreas: Alcohol is more dangerous than heroin because it causes the pancreas to produce toxic substances that can eventually lead to pancreatitis, dangerous inflammation and swelling that prevents proper digestion. This can lead to malnutrition and therefore affecting brain function.

Cancer: Drinking too much makes alcohol more dangerous than heroin because it increases your risk of developing certain cancers, including cancers of the mouth, esophagus, throat, liver, and breast.

Immune System: Drinking too much can weaken your immune system, making your body more susceptible to disease.  Chronic drinkers are more likely to contract diseases than people who do not drink too much.  Drinking a lot on a single occasion reduces the body’s ability to fight off infections, even up to 24 hours after getting drunk.

Alcohol Effects on the Brain

Looking at the effects on the brain from long-term drinking, it is clear: alcohol is more dangerous than heroin. Extended alcohol consumption can lead to something known as “wet brain.” It is a chronic and debilitating syndrome characterized by persistent learning and memory problems. Patients are forgetful and easily frustrated. They experience difficulty with walking and coordination. Although these patients have problems recalling old information, it is their difficulty in forming new information that is the most striking.

People may not be aware that prolonged liver dysfunction can harm the brain, leading to a serious and potentially fatal brain disorder known as hepatic encephalopathy, which causes changes in sleep patterns, mood, and personality; anxiety and depression; severe cognitive effects such as shortened attention span; and problems with coordination. Alcohol–damaged liver cells allow excess amounts of these harmful byproducts to enter the brain, thus harming brain cells.

Heroin Effects on the Body

Chronic users may develop collapsed veins, infection of the heart lining and valves, abscesses, constipation and gastrointestinal cramping, and liver or kidney disease. Pulmonary complications, including various types of pneumonia, may result from the poor health of the user as well as from heroin’s effects on breathing.

In addition to the effects of the drug itself, street heroin often contains toxic contaminants or additives that can clog blood vessels leading to the lungs, liver, kidneys, or brain, causing permanent damage to vital organs.

Heroin Effects on the Brain

Regular heroin use changes the functioning of the brain. One result is tolerance, in which more of the drug is needed to achieve the same intensity of effect. Another result is dependence, characterized by the need to continue use of the drug to avoid withdrawal symptoms.

Withdrawal Syndrome: Alcohol vs Heroin

Another indication as to the danger of alcohol is its associated withdrawal syndrome. When an alcohol-dependent person suddenly stop drinking, they are subject to many serious symptoms that can even lead to death. Heroin withdrawal, on the other hand, feels like you are dying but it isn’t actually fatal.

The MCDA Scale and Findings

In an effort to offer a guide to policy makers in health, policing, and social care, Professor David Nutt, chairman of Britain’s Independent Scientific Committee on Drugs (ISCD) and his team rated drugs using a technique called Multi-Criteria Decision Analysis (MCDA) which assessed damage according to nine criteria on harm to the user and seven criteria on harm to others.

Harms to the user included things such as drug-specific or drug-related death, damage to health, drug dependence and loss of relationships, while harms to others included crime, environmental damage, family conflict, international damage, economic cost, and damage to community cohesion.

Drugs were then scored out of 100, with 100 given to the most harmful drug and zero indicating no harm at all.

The scientists found alcohol was most harmful, with a score of 72, followed by heroin with a score of 55.

Therefore, their finding is that alcohol is more dangerous than heroin when the combined harms to the user and to others are assessed.

 

 

 

Sources:

www.nih.gov

www.niaaa.nih.gov

http://www.thefix.com/

www.reuters.com

www.cbsnews.com

 

 

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Xanax and Alcohol: A Deadly Combination

Xanax and Alcohol: A Deadly Combination


In recent years, as the use of prescription medication has proliferated in the United States, so too have the abuse of and overdose from many of these substances.

Prescription-drug abuse is the fastest-growing drug problem in the U.S., says a report issued last month by the Centers for Disease Control and Prevention. The same report states that in 2007, there were roughly 27,000 unintentional deaths from drug overdoses—or one death every 19 minutes.

But of all the things that people ingest, there are few combinations more life-threatening than alcohol and Xanax, a benzodiazepine in the class of sedatives such as Valium and Klonopin.

What Makes Xanax and Alcohol a Deadly Combination?

When taken together, Xanax and alcohol have what’s known as an additive effect, which means that in the presence of Xanax, alcohol is made more potent than it would be alone.

Both Xanax and alcohol work by depressing the central nervous system of the body, reducing the activity of several mental functions, such as thought, memory, coordination, and respiration.

Alcohol alone doesn’t have that limit, because often times people will pass out before they drink enough alcohol for it to be lethal. When you take the two together and you have a totally different picture – Xanax and Alcohol: a deadly combination.

Prescription drugs and alcohol can be a dangerous combination. Alcohol interacts with anti-anxiety drugs such as Xanax, intensifying the drugs’ sedative effects, causing drowsiness and dizziness, and making falls and accidents more likely. A 2010 study published in the Canadian Journal of Public Health reported that automobile drivers were much more likely to weave and speed if they were under the influence of drugs like Xanax in addition to alcohol than if they had consumed alcohol alone.

How it Works

Your usual three drinks is actually like drinking six. And because of the additive effect of combining the two substances, it becomes impossible to know just how your body will absorb the alcohol you’ve ingested. Throw in other factors—sleep deprivation, an empty stomach, a cold—and the mixture is made all the more unpredictable and deadly.

Xanax and alcohol is the most deadly combination because it can cause amnesia. So not only is it does this combination affect respiratory function, the amnesic effect it causes is just as deadly. People die accidentally in the truest sense of the word: they don’t remember how many drinks they had, or how many pills they took.

 Why Xanax, in particular

In fact, it is this same rapid action that makes Xanax the most addictive of the benzodiazepines, many neuroscientists believe, providing the sensation of a high more so than other drugs of its class.

Other people start taking prescription drugs just to get high, perhaps in part because they have the false notion that prescription drugs are safer to experiment with than are illicit drugs.

Any benzodiazepine is highly dangerous in combination with alcohol, but Xanax is perhaps the most dangerous, because it is more fast-acting than the others. Because Xanax and alcohol both work on the brain at a rapid-fire pace, their mutually enhancing effect is bolstered compared to slower-acting benzodiazepines, which peaks in the brain more slowly, after the effect of the alcohol may have already begun to decline.

 

 

 

Sources:

http://www.thedailybeast.com

http://www.cdc.gov/

http://www.scientificamerican.com

 

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What’s the difference between a hangover and alcohol withdrawal?

What's the Difference Between a Hangover and Alcohol Withdrawal

Nearly everyone who has tried alcohol has experienced headache, nausea, anxiety, fatigue, and dehydration after a long night of drinking; you know it better as a hangover. Not everyone has experienced alcohol withdrawal, even though they may have tried alcohol. And while some of the characteristics of the two are similar; there is a huge different between a hangover and alcohol withdrawal.

So what is the difference between a hangover and alcohol withdrawal? Well, in order to answer that question it is good to look at what both of them are.

What is a hangover?

A hangover is a collection of signs and symptoms linked to a recent bout of heavy drinking. The sufferer typically has a headache, feels sick, dizzy, sleepy, confused and thirsty. Hangovers can occur at any time of day, but are usually more common the morning after a night of heavy drinking. As well as physical symptoms, the person may also experience elevated levels of anxiety, regret, shame, embarrassment, as well as depression. The severity of a hangover is closely linked to how much alcohol was consumed, and whether the sufferer had enough sleep. A hangover is the consequence of consuming too much alcohol which causes urination and the chances of dehydration; an immune system response which can affect appetite, concentration and memory; stomach irritation which can cause nausea and stomach ache; a drop in blood sugar which can result in shakiness, moodiness, tiredness, weakness; dilation of blood vessels which can cause headaches; sleep quality which causes tiredness and fatigue.

What is alcohol withdrawal?

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 alcohol withdrawal symptoms if they stop drinking suddenly. Alcohol withdrawal symptoms can include:

  • Anxiety
  • Irritability
  • Rapid emotional changes
  • Depression
  • Fatigue
  • Bad dreams
  • Headache – general, pulsating
  • Sweating, especially the palms of the hands or the face
  • Nausea and 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

Alcohol withdrawal can also result in hallucinations, agitation, fever, convulsions, seizures, black outs, DTs, and in the worst case scenario death.

So what is the difference between a hangover and alcohol withdrawal?

The answer should be quite obvious now. The difference between a hangover and alcohol withdrawal is: A hangover is the result of consuming too much alcohol and alcohol withdrawal is the result of cutting back on alcohol or stopping all together. The two are totally different from one another. Alcohol withdrawal is the result of a physical dependence on the substance and then depriving the body of it and a hangover is merely the body’s reaction to taking in too much alcohol one night. Alcohol withdrawal can result in death. A hangover may make you feel like death, but you won’t die. Many people get hangovers because it is so easy to accidentally take in too much alcohol but many people do not suffer alcohol withdrawal because they have had to build a physical addiction to it and then try to stop drinking first in order to experience it.

 

Source:

http://www.addictscience.com/hangover-withdrawal/

 

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Is Alcoholism Really A Brain Disease?

Is alcoholism a brain disease

Many people don’t know alcoholism is a brain disease because they only see the outward manifestations of the disease. But the truth is addiction is a chronic brain disease that goes far beyond behavioral problems and poor choices.

In August 2011, the ASAM (American Society of Addiction Medicine) released its new text “The Definition of Addiction (Long Version),” which for one of the first times ever, extended addiction to include behaviors rather than just drug and alcohol abuse. A group of almost 100 addiction experts worked long and hard to arrive at the new definition of addiction and concluded that addiction is more about the brain; not about the alcohol, drugs, sex, or gambling. It is about the neurology of the brain not the outward behavior that we so often associate with alcoholism.

So why is alcoholism a brain disease?

Alcoholism affects the brain’s reward, motivation, memory and related circuitry to the extent that the alcoholic person’s motivations are altered so that their alcoholic behavior has no replaced healthy, self-caring behaviors. This is what may make some alcoholics seem insane and willing to give up so much for booze.

The brain’s reward system is also altered so that the memory of other rewards such as food, sex, and drugs or alcohol, now trigger a biological as well as a behavioral response, to engage in the alcoholic behavior again despite the negative consequences, and in some instances, even though the alcoholic doesn’t even find pleasure in drinking.

Alcoholism also affects the front cortex of the brain. When alcoholism affects the front cortex of the brain it also alters impulse control and judgment. This results in what many alcoholics describe as needing to drink to feel normal. The ASAM calls it the pathological pursuit rewards, when addicts return to their addictive behavior to feel as good as you would on a daily basis.

The front cortex of the brain is responsible for inhibiting impulsivity and delaying gratification also. Because this area of the brain continues developing into young adulthood the ASAM say this could be why early onset exposure to alcohol and drugs leads to the development in alcoholism in many people. Think about it. When you are younger you are learning how to control impulses and delaying gratification. For instance, waiting to go hang out with friends until after you finished homework. If drugs or alcohol are involved in this development process of course it is going to alter the brain’s ability to control impulse and want for instant gratification.

So how is alcoholism as a brain disease treated?

A comprehensive alcohol treatment program should focus on all active and potential substances and behaviors that could be addictive. A alcohol treatment program must also give tools to not only deal with the health issues in the body but also the mental issues in the brain. Because alcoholism is a brain disease doesn’t mean alcoholics are off the hook either; they must take responsibility for their behaviors and begin doing something to change them. Usually these changes happen in alcohol rehabilitation center.

 

Source: http://pubs.niaaa.nih.gov/publications/arh27-2/toc27-2.htm

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Alcohol and Memory

Alcohol and Memory

Alcohol and Memory     

Everyone knows that alcohol has a profound effect on memory. It’s no big secret that after a night of partying your memories can be a little hazy. But what is the connection between alcohol and memory? How does alcohol affect your ability to remember?

Alcohol and Memory: How alcohol affects the memory

Alcohol primarily interferes with the ability to form new long-term memories. Memory formation and storage take place in several stages, proceeding from sensory memory (which lasts up to a few seconds) to short–term memory (which lasts from seconds to minutes depending upon whether the information is rehearsed) to long–term storage. When someone attends to sensory information, it is transferred from a sensory memory store to short–term memory. The transfer from short-term memory to long term memory depends on many different factors including rehearsal, depth of processing attention, motivation, and arousal. Alcohol impairs the transfer of information from short term memory to long term memory.

Alcohol and Memory: Blackouts

One of the more extreme effects of alcohol on memory can be seen in blackouts. These are periods of alcohol-related amnesia. Most people experience one of two types of blackouts-en bloc blackouts and fragmentary blackouts. En bloc blackouts happen when you are unable to recall anything from the blackout period, even when your memory is prompted. Fragmentary blackouts are classified as being able to remember certain things during the blackout period, but having gaps in your memory. Fragmentary blackouts seem to occur with lower blood alcohol content then en bloc blackouts. Sometimes, when prompted, a person can remember certain things that happened during a fragmentary blackout.

The important thing to remember about blackouts is that they are not the same as “passing out” or losing consciousness. Blackouts are periods of time when the drinker is completely conscious, having conversations and performing sometimes amazing feats, but later they have absolutely no memory of the events that transpired.  Total amount of alcohol ingested does not seem to be the determining factor when people blackout. Whether or not a person will blackout seems to depend on how quickly they consume the alcohol. Surveys suggest that a person can drink the same amount or more alcohol as he or she did when the blackout occurred and not experience memory loss, provided they drink the alcohol over a longer period of time.

Enough alcohol will prevent the brain from recording new memories. These periods of amnesia are primarily “anterograde,” meaning that alcohol impairs the ability to form new memories while the person is intoxicated, but does not typically erase memories formed before intoxication. During the blackout, the brain is not recording anything going on, which is why you are unable to recall it later. Alcohol affects the hippocampus area of the brain, which is involved in memory storage.

Though repeated episodes of blacking out will lead to permanent changes in the brain, blackouts are more psychosocially damaging than physically damaging. Many people report engaging in high-risk behavior during a blackout. They drive while intoxicated, get into fights, or engage in unprotected sex. During a blackout, normal restraint of emotions, impulses, and desires is impaired and that may result in enormous harm to self and others.

http://pubs.niaaa.nih.gov/publications/arh27-2/186-196.htm

http://www.livescience.com/14952-alcohol-blackouts.html

 

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