You may have an alcohol use disorder if in the past year you have:
There are many screening tests that doctors use to check for alcohol use disorders. Some of these tests you can take on your own. The CAGE test is an acronym for the following questions. It asks:
Primary care doctors should screen adults for alcohol use disorder, according to guidelines from the U.S Preventive Services Task Force (USPSTF). Health care providers can give people identified at risk brief behavioral counseling interventions to help them address their drinking.
Oral naltrexone (ReVia, generic) and acamprosate (Campral, generic) are effective medications for treating alcohol use disorders. Disulfiram (Antabuse, generic) is an aversion medication that may be indicated in select cases of alcohol use disorder.
Alcohol use disorders (AUD) refer to excessive drinking behaviors that can create dangerous conditions for an individual and others. Alcohol use disorders are classified according to their severity as mild, moderate, and severe AUD.
People with AUD may experience the following symptoms related to their drinking:
AUD often results in adverse outcomes such as:
AUD can lead to liver, cardiovascular, and neurological problems. Drinking too much alcohol can increase the risk for infectious disease and for developing certain cancers. Pregnant women who drink alcohol in any amount may harm the fetus.
In the United States, the definition of 1 drink is 14 grams of pure alcohol, which is equivalent to:
Other countries define a standard drink differently, for example, 8 grams of alcohol in the U.K or 19.75 grams in Japan. A person is affected by the amount of alcohol consumed, not the type. Beer and wine are not "safer" than hard liquor; they simply contain less alcohol per ounce.
Low risk drinking:
For some people, such as women at risk for breast cancer, even light drinking may be harmful. Even small amounts of alcohol should be avoided in certain circumstances, such as before driving a vehicle or operating machinery, if you are pregnant or trying to become pregnant, when taking medications that may interact with alcohol, or if you have a medical condition that may be worsened by drinking.
Heavy (at-risk) drinking:
Binge drinking is a pattern of drinking that brings blood alcohol levels to 0.08 g/dL. Typically this occurs after consuming 5 drinks (for men) or 4 drinks (for women) in less than 2 hours.
The chemistry of alcohol allows it to affect nearly every type of cell in the body, including those in the central nervous system, where alcohol acts as a neurotoxin. The long-term changes in brain function that allow it to adapt to the prolonged exposure to alcohol may also lead to the tolerance and withdrawal effects of alcohol that are associated with dependence. Genetic, psychological, and environmental factors affect the risk for AUD, and the time it takes to develop.
Alcohol alters brain function by interacting with many different chemical messengers in the brain (neurotransmitters). Specifically, alcohol affects the balance between "inhibitory" and "excitatory" neurotransmitters. This balance changes over time:
Genetic factors are significant in AUD and may account for about half of the total risk for a person becoming alcohol dependent. The role that genetics plays in AUD is complex and it is likely that many different genes are involved.
However, genes are not the sole determinant. Environment, personality, and psychological factors also play a strong role.
When an alcohol-dependent person tries to quit drinking, the brain seeks to restore what it perceives to be its equilibrium. The brain responds with depression, anxiety, and stress (the emotional equivalents of physical pain), which are produced by brain chemical imbalances. These negative moods continue to trigger people to return to drinking long after physical withdrawal symptoms have resolved. Emotional stress and social pressure also contribute to relapse.
According to the 2015 National Survey on Drug Use and Health, 86.4 percent of people in the United States ages 18 or older reported that they drank alcohol at some point in their lifetime, however only 8.4% men and 4.2% women in this age group had AUD.
There are many different risk factors for alcohol use disorders.
Alcohol use disorders are most common among people ages 18 to 29. In the United States, many young people drink alcohol and underage drinking is a serious public health problem. According to surveys, by age 18, about 60% teens have had at least one drink. People ages 12 to 20 often binge drink. Anyone who begins drinking in adolescence is at risk for developing AUD. The earlier in life a person begins drinking, the greater the risk.
People with a family history of alcohol use disorders are more likely to begin drinking before the age of 20 and to develop AUD later. Young people at highest risk for early drinking are those with a history of abuse, family violence, depression, and stressful life events.
Children, adolescents, and older people are generally more vulnerable to alcohol-related harm compared to other age groups.
Men have a greater risk than women for alcohol use disorders.
People with a family history of alcoholism are more likely to have a problem with alcohol disorders. Alcohol use disorders appear to be strongly heritable. The risk is significantly increased in first-degree relatives, especially father to son. The risk is further increased if the affected parent began drinking before age 25. Children who grow up in an alcoholic household where abusive behavior is common are also more likely to later develop problems with alcohol. According to NIAAA, more than 10% of U.S. children live with a parent with alcohol problems.
Different cultures and societies have different beliefs and expectations regarding drinking and what constitutes acceptable drinking behavior. AUD is not restricted to any specific socioeconomic group or class. Alcohol consumption is more prevalent in economically developed countries, where the availability of alcohol is greater, the cost is lower, and alcohol advertising is more aggressive. However, in any individual or group, lower socioeconomic status is linked with greater vulnerability to the harmful effects of alcohol use.
Overall, there is no difference in prevalence of AUD among African-Americans, Caucasians, and Hispanic-Americans. Some population groups, such as Native Americans, have an increased risk for AUD while others, such as Jewish and Asian Americans, have a lower risk. These differences may be due in part to genetic susceptibility and cultural factors.
Alcohol and other substance abuse are very common among people who have mental health problems. Depression is a very common psychiatric problem in people with AUD. Studies suggest that long-term alcohol use may cause chemical changes in the brain that increase the risk for depression. AUD is also prevalent in people with anxiety disorders, bipolar disorder, and schizophrenia. Children with attention deficit hyperactivity disorder (ADHD) or conduct disorders may have a higher risk for AUD in adulthood.
AUD reduces life expectancy. The earlier that people begin drinking heavily, the greater their chances of developing serious illnesses later on in life. Alcohol is causally linked with over 50 diseases and contributes to 4% of the global burden of disease and 6% of all causes of death. In the United States, alcohol is the fourth leading preventable cause of death.
Heavy drinking is associated with earlier death. However, it is not just from a higher risk of the more common serious health problems, such as heart attack, heart failure, diabetes, lung disease, or stroke. Chronic alcohol consumption leads to many problems that can increase the risk for death:
Alcohol-induced liver disease (also called alcoholic liver disease) is a spectrum of liver disorders caused by excessive alcohol consumption. Alcohol-induced liver disease includes:
An accumulation of fat inside liver cells. It is the most common type of alcohol-induced liver disease and can occur even with moderate drinking. Symptoms include an enlarged liver with pain in the upper right quarter of the abdomen. Fatty liver can be reversed once the person stops drinking. Fatty liver can also develop without drinking, especially in people who are obese or have type 2 diabetes.
Inflammation of the liver that develops from heavy drinking. Symptoms include fever, jaundice (yellowing of the skin), right-side abdominal pain, fatigue, and nausea and vomiting. Mild cases may not produce symptoms. People who are diagnosed with alcoholic hepatitis must stop drinking. Those who continue to drink may go on to develop cirrhosis and liver failure.
Alcohol use disorder also increases the risks for chronic hepatitis B and C, which are associated with increased risks for cirrhosis and liver cancer. People with AUD should be immunized against hepatitis B. There is no vaccine for hepatitis C.
A chronic liver disease that causes damage to liver tissue, scarring of the liver (fibrosis, nodular regeneration), and progressive decrease in liver function.
Excessive alcohol use is the leading cause of cirrhosis in the United States. Consequences of a failing liver include excessive fluid in the abdomen (ascites), bleeding disorders that increase pressure in certain blood vessels (portal hypertension), and brain function disorders (hepatic encephalopathy). Cirrhosis can eventually be fatal.
Between 10% to 20% of people who drink heavily develop cirrhosis.
In 2009, alcohol-related liver disease was the primary cause of almost 1 in 3 liver transplants in the United States.
AUD causes many problems in the gastrointestinal tract. Violent vomiting can produce tears in the junction between the stomach and esophagus. Heavy drinking increases the risk for ulcers, particularly in people taking nonsteroidal anti-inflammatory drugs (NSAIDs) such as aspirin or ibuprofen. It can also lead to swollen veins in the esophagus, (varices), and to inflammation of the esophagus (esophagitis) and bleeding.
Alcohol can contribute to serious acute and chronic inflammation of the pancreas (pancreatitis) in people who are susceptible to this condition. There is some evidence of a higher risk for pancreatic cancer in people with AUD, although this higher risk may occur mainly in people who are also smokers.
Moderate amounts (1 to 2 drinks a day) of alcohol may modestly improve some heart disease risk factors, such as increasing HDL (good) cholesterol levels and preventing clot formation. However, there is no definitive proof that light-to-moderate drinking improves heart and overall health, and the American Heart Association does not recommend drinking alcoholic beverages to reduce cardiovascular risk.
Excessive drinking clearly has negative effects on heart health. Alcohol is a toxin that damages the heart muscle. In fact, heart disease is one of the leading causes of death for people with AUD. Heavy drinking raises levels of triglycerides (unhealthy fats) and increases the risks for high blood pressure, heart failure, and stroke. In addition, the extra calories in alcohol can contribute to obesity, a major risk factor for diabetes and many heart problems.
Heavy alcohol use increases the risks for mouth, throat, esophageal, gastrointestinal, liver, breast, and colorectal cancers. Even light drinking can increase the risk of breast cancer. Women who are at risk for breast cancer should consider not drinking at all.
Over time, excessive alcohol consumption can suppress the immune system response to infections. AUD is associated with increased risk for respiratory infections, especially bacterial pneumonia and tuberculosis, as well as hepatitis C and human immunodeficiency virus (HIV) infections. AUD also increases the severity and duration of infectious diseases. People who are alcohol dependent should get an annual pneumococcal pneumonia vaccination.
Severe alcohol use disorder is associated with osteoporosis (loss of bone density), muscular deterioration, skin sores, and itching.
Sexual Function and Fertility
AUD increases levels of the female hormone estrogen and reduces levels of the male hormone testosterone. Imbalances in these hormones may lead to erectile dysfunction and enlarged breasts in men, and infertility in women. Other increased risks for women include menstruation problems such as absent menstrual periods and abnormal uterine bleeding.
Drinking During Pregnancy
Even moderate amounts of alcohol can have damaging effects on a developing fetus, including low birth weight and an increased risk for miscarriage. High amounts can cause fetal alcohol syndrome, a condition associated with poor growth and developmental delay. The risk for fetal alcohol syndrome is increased depending on when alcohol exposure occurs during pregnancy, the pattern of drinking, and how frequently alcohol consumption occurs.
A regular beer contains about 153 calories, a glass of table wine contains 125 calories, and a shot of hard liquor has 97 calories. Drinking alcohol in excess contributes to excess calories, which can lead to weight gain Obesity is a major risk factor for type 2 diabetes.
People with diabetes should be aware that alcohol consumption can cause hypoglycemia (low blood sugar). If you choose to consume alcohol, do so in moderation and only drink on a full stomach. Be sure to check your blood glucose level before drinking to make sure it is not low.
Alcohol is associated with insomnia and other sleep disorders. Although alcohol may hasten falling asleep, it causes frequent awakenings throughout the night. Alcohol disrupts sleep patterns by reducing sleep quality and the amount of time spent in deep sleep. People with alcohol-use disorders who stop drinking often continue to experience sleep problems for some time.
Both short- and long-term alcohol use adversely affects the brain and causes cognitive impairment, including lapses in memory, attention, and learning abilities. Short-term heavy drinking can cause blackouts. Long-term alcohol use can physically shrink the brain. Depending on length and severity of alcohol abuse, neurologic damage may or may not be permanent.
Recent high alcohol use (within the last 3 months) is associated with some loss of verbal memory and slower reaction times. Over time, chronic alcohol abuse can impair so-called "executive functions," which include problem solving, task flexibility, short-term memory, and attention. These problems are usually mild to moderate and can last for weeks or even years after a person quits drinking.
Chronic alcohol use can cause vitamin and mineral deficiencies for several reasons. People with AUD often do not eat well and are poorly nourished. In addition, alcohol interferes with the absorption and metabolism of nutrients. Chronic heavy drinking is associated with deficiencies in vitamin A, C, D, E, K, and the B vitamins, as well as minerals such as calcium, magnesium, iron, and zinc. Deficiencies in vitamin B pose particular health risks:
Alcohol interacts with nearly all medications. The effects of many medications are strengthened by alcohol, while others are inhibited. Of particular importance is alcohol's reinforcing effect on anti-anxiety drugs, sedatives, sleep medications, antidepressants, and antipsychotic medications.
Alcohol also interacts with many drugs used by people with diabetes. It interferes with drugs that prevent seizures or blood clotting. It increases the risk for gastrointestinal bleeding in people taking aspirin or other nonsteroidal inflammatory drugs (NSAIDs), including ibuprofen and naproxen.
In general, people who require medication should use alcohol with great care, if at all.
Alcohol and nicotine addiction share common genetic factors, which may partially explain why people with alcohol problems are often smokers. People who drink and smoke compound their health problems. In fact, some studies indicate that people who drink and smoke are more likely to die of smoking-related illnesses than alcohol-related conditions. Abuse of other drugs is also common among people with alcohol use disorder.
Alcohol plays a large role in accidents, suicide, and crime:
Health care providers may overlook alcohol use disorder when evaluating older people, mistakenly attributing the signs of alcohol abuse to the normal effects of the aging process. But alcohol abuse is a serious concern for older people. Some older people have struggled with alcohol abuse or dependence throughout their lives. Others may turn to alcohol later in life to cope with loss (death of a spouse), loneliness, and depression.
Alcohol affects the older body differently. It takes fewer drinks to become intoxicated, and older organs can be damaged by smaller amounts of alcohol than those of younger people. Alcohol can worsen many conditions common in older populations (diabetes, memory loss, osteoporosis, and high blood pressure). It can increase the risk for falls. Also, many of the medications prescribed for older people interact adversely with alcohol.
Although not traditionally thought of as a medical problem, hangovers have significant consequences. Hangovers can impair job performance, increasing the risk for mistakes and accidents. Hangovers are generally more common in light-to-moderate drinkers than heavy and chronic drinkers, suggesting that binge drinking can be as threatening as chronic drinking. Any man who drinks more than 5 drinks or any woman who has more than 3 drinks at one time is at risk for a hangover.
You may be experiencing symptoms of AUD if you experience:
Alcohol use disorders can develop insidiously. Eventually, alcohol dominates thinking, emotions, and actions and becomes the primary means through which a person with AUD deals with social relations, work, and life.
According to the U.S. National Institute for Alcohol Abuse and Alcoholism (NIAAA), to be diagnosed with AUD, an individual must meet certain criteria described in the Diagnostic and Statistical Manual of Mental Disorders (DSM), issued by the American Psychiatric Association. According to the current edition of DSM (DSM-5), AUD is diagnosed and classified as mild, moderate or severe based on the answers to the following 11 questions related to alcohol use within the past year.
In the past year, have you:
AUD is diagnosed in the presence of at least 2 of these 11 symptoms. AUD is classified as mild (2-3 symptoms), moderate (4-5 symptoms) or severe (6 or more symptoms).
Sometimes a person can recognize that alcohol is causing problems, and will seek the advice of a health care provider on their own. Other times, family, friends, or co-workers may be ones who must encourage the person to discuss their drinking habits with their provider. According to the CDC, only 1 in 6 American adults, including binge drinkers, have ever discussed their alcohol use with a health care professional.
Guidelines recommend that primary care doctors routinely screen for alcohol misuse during office visits with their patients. Screening may begin with a simple question: "Do you sometimes drink alcoholic beverages?"
A provider who suspects alcohol abuse should ask the person questions about current and past drinking habits to distinguish low-risk from at-risk (heavy) drinking. Screening tests for alcohol problems in older people should check for possible medical problems or medications that might place them at higher risk for drinking than younger individuals.
A number of short screening tests are available, which people can even take on their own. You can take a free and anonymous screening test online -- www.rethinkingdrinking.niaaa.nih.gov/How-much-is-too-much/whats-the-harm/what-Are-Symptoms-Of-An-alcohol-Use-Disorder.aspx.
The Alcohol Use Disorders Identification Test (AUDIT) is specifically recommended as a screening tool by the U.S. Preventive Services Task Force. It is designed to identify people at risk for heavy (hazardous) drinking. A short 3-question version asks people how often in the past year they drink alcohol, how many drinks they typically have on a day when they do consume alcohol, and how often they have had 6 or more drinks on one occasion.
The full 10-question version of AUDIT asks:
The CAGE test is an acronym for the following questions and is one of the quickest screening tests. It asks:
Two "yes" responses indicate a positive test and warrant further investigation.
The CRAFFT test is a behavioral health screening tool for use with children under the age of 21 developed to screen adolescents for high risk alcohol and other drug use disorders simultaneously.
Other Screening Tests
Other screening tests include the Michigan Alcoholism Screening Test (MAST), the Alcohol Dependence Scale (ADS), and the T-ACE.
The provider will perform a physical examination and ask about family and medical history. The provider may order tests to check for health problems that are common in people who use alcohol. These tests may include:
Some blood tests use biologic markers to identify organ damage associated with chronic heavy alcohol use:
There are many options for treatment for alcohol use disorders. They depend in part on the severity of the drinking problem. A primary care physician can evaluate the drinking pattern and help craft a treatment plan for a patient. Additionally, primary care physicians can evaluate the overall health of people with AUD and determine whether medications are appropriate.
Treatment for AUD may include:
Guidelines recommend that primary care doctors do brief behavioral counseling interventions for people who show signs of risk to help them reduce or stop their drinking. Your health care provider may give you an action plan for working on your drinking, ask you to keep a daily diary of how much alcohol you consume, and recommend target goals for your drinking. Your provider may recommend anti-craving or aversion medication and also refer you to other health care professionals for substance abuse services.
Treatment of alcohol use disorder is often complicated and compounded by accompanying medical illnesses such as high blood pressure, stomach ulcers, and nutritional deficiencies. Psychiatric illnesses such as depression, anxiety, and bipolar disorder are also common. These co-existing conditions must be addressed and treated.
The goal of long-term treatment for AUD varies from person to person and there is no one-size-fits-all solution. Although, people who achieve total abstinence have better survival rates, mental health, and relationships, than those who continue to drink or relapse.
Abstinence can be challenging to attain. Most people with AUD can benefit from some form of treatment and of those who do, about one third report no further symptoms one year later. Even merely reducing alcohol intake can lower the risk for alcohol-related medical problems. Current research efforts in the area of personalized medicine are aimed at identifying genes or other factors that can predict the response of an individual to a particular treatment for AUD.
The choice of a treatment program or facility is based on several considerations, such as:
Other factors include cost and insurance coverage. A primary consideration is whether the person will need medical supervision during withdrawal (detoxification).
Some studies have reported better success rates with inpatient treatment of people with AUD. However, other studies strongly suggest that AUD can be effectively treated in outpatient settings.
Residential (inpatient) centers provide intensive care in a safe and structured facility. A typical stay at an inpatient center can last from 1 to 3 months. During this time, the person undergoes detoxification and, once stabilized, then begins daily treatment for recovery. Therapeutic approaches may include behavioral therapy, medications, education, counseling, and mutual support groups. Mental health disorders and medical conditions are also addressed.
Outpatient treatment centers provide similar therapies but the person lives at home and attends an alcohol recovery program several times a week.
The current approach to outpatient treatment often uses "medical management," a disease management approach that is used for chronic illnesses such as diabetes. With medical management, people receive regular 20-minute sessions with a provider. The provider monitors the person's medical condition, medication, and alcohol consumption.
Once people complete and inpatient or outpatient program, they need help to maintain sobriety or moderation. Relapse is common in the first year after treatment. "Aftercare" programs help reduce the risk for relapse. These programs can range from mutual support groups to sober-living or transitional houses.
About half of people who have alcohol-use disorders experience withdrawal symptoms when they stop drinking. Alcohol withdrawal symptoms occur within 6 to 12 hours after the last drink, but can persist for many days. Symptoms usually peak during the second day of abstinence and improve by the fifth day.
Withdrawal symptoms can include:
While uncommon, severe symptoms of alcohol withdrawal can include seizures, hallucinations, and delirium tremens. Delirium tremens is a potentially life-threatening condition marked by severe mental and nervous system changes.
A provider should medically manage or supervise the detoxification process. Detox may be done on an inpatient or outpatient basis depending on the person's age, health condition, and severity of symptoms. Anti-anxiety medications such as benzodiazepines may be administered to help relieve withdrawal symptoms.
Detoxification does not cure the craving for alcohol but it is the first step for recovery. People who complete detox can then begin other treatments (counseling, medication) to address their addiction.
Three drugs are specifically approved to treat alcohol use disorders:
Naltrexone and acamprosate are anticraving drugs. Disulfiram is an aversion drug. Other medications, which are not approved for alcohol disorder treatment, may be prescribed off-label.
Anticraving drugs reduce the urge to drink and help in maintaining abstinence.
Evidence suggests that acamprosate and oral naltrexone are very effective for preventing craving and helping maintain abstinence. Researchers are also studying whether they can be used in combination for people who do not respond to single drug treatment.
Naltrexone (ReVia, Vivitrol, generic) is an antagonist approved for the treatment of AUD. Naltrexone helps reduce alcohol dependence in the short term for people with moderate-to-severe AUD. ReVia, a pill that is taken daily by mouth, is the oral form of this medication. Vivitrol is a once-a-month injectable form of naltrexone. Studies suggest that oral naltrexone can help reduce heavy drinking and prevent relapse.
Naltrexone should be prescribed along with psychotherapy or other supportive medical management. The most common side effects are nausea, vomiting, and stomach pain, which are usually mild and temporary. Other side effects include headache and fatigue. High doses can cause liver damage. The drug should not be given to anyone who has used narcotics within 7 to 10 days.
It is important to take the pill form of naltrexone (Revia, generic) on a daily basis. Because many people have difficulty sticking to this daily regimen, a monthly injection of Vivitrol is another option. Injectable naltrexone can cause skin reactions and infections. People should monitor the injection site for pain, swelling, tenderness, bruising, or redness and contact their doctors if these symptoms do not improve within 2 weeks.
Naltrexone does not work in all people. Some studies suggest that people with a specific genetic variant may respond better to the drug than those without the gene.
Acamprosate (Campral, generic) is another anti-craving medication. It appears to work by restoring the balance of GABA and glutamate neurotransmitters. Studies indicate that it reduces the frequency of drinking, helps to maintain abstinence, and, in combination with psychotherapy, improves quality of life even in people with severe alcohol dependence.
This medication may cause occasional diarrhea, nausea, and headache. People with kidney problems should use acamprosate cautiously. Acamprosate may increase the risk for suicide.
Aversion medications have properties that interact with alcohol to produce distressing side effects. Disulfiram (Antabuse, generic) causes flushing, headache, nausea, and vomiting if a person drinks alcohol while taking the drug. The symptoms can be triggered after drinking half a glass of wine or half a shot of liquor and may last from half an hour to 2 hours, depending on dosage of the drug and the amount of alcohol consumed.
Overdose can be dangerous, causing low blood pressure, chest pain, shortness of breath, and even death.
Research suggests that disulfiram is not that effective for reducing heavy alcohol consumption. Anti-craving medications, such as acamprosate or naltrexone, are now more commonly used.
Behavioral treatments are led by health care professionals and have been proven as effective. Standard forms of psychotherapy for alcohol use disorders include:
Common elements provided by behavioral treatments are:
Cognitive-behavioral therapy (CBT) uses a structured one-on-one counseling approach. People are given instruction and homework assignments intended to improve their ability to cope with basic living situations, control their behavior, and change the way they think about drinking.
A CBT therapist may recommend:
CBT may be especially effective when used in combination with opioid antagonists, such as naltrexone. CBT that addresses AUD and depression is an important treatment for people with both conditions.
Motivational enhancement therapy is a short-term form of behavioral treatment focused on gaining motivation to seek and maintain therapy. The therapist may help devise a plan for changing drinking behaviors and developing the confidence and skills necessary for implementing the plan.
Marital and family counseling integrates the spouse and other family members into the treatment plan, by using their support and resources, while at the same time improving family relationships. There is a better chance for maintenance of abstinence when strong family support is present.
Brief interventions can be conducted on an individual or small group basis. Typically, these interventions involve an evaluation of the drinking behavior and risks and providing brief counseling on treatment goals and options.
Medications such as naltrexone or acamprosate may be administered together with behavioral therapy. A large clinical study called COMBINE compared the effectiveness of drug therapy, medical management, and combined behavioral intervention (CBI), alone or as a combination in the treatment of alcohol use disorder. The study concluded that although all of these options were effective, therapies that pair medical management with medications or with CBI were the most effective. CBI combines elements from other psychotherapy treatments such as cognitive behavioral therapy, motivational enhancement therapy, and mutual support groups.
Mutual support groups offer supervised peer support to people with AUD. Group sessions are not led by health professionals and, due to the anonymous nature of many of these organizations (such as Alcoholics Anonymous), the effectiveness of their treatment programs by themselves is unknown. However, when used in combination with treatment led by health professionals, mutual support groups can be a valuable tool in achieving and maintaining treatment goals for people with AUD. Some of these are structured as 12-steps programs and based on religious or spiritual practices, while others emphasize rational or scientific approaches to recovery. The goals of mutual support groups range from total abstinence to moderation, and their tolerance for relapse may also vary. Examples of mutual support groups include:
People with AUD often have insomnia and other sleep problems, which can last months to years after abstinence. Sleep disturbances may even influence relapse. Available therapies include sleep hygiene, bright light therapy, meditation, relaxation methods, and other nondrug approaches. Many of the medications for insomnia are not recommended for people with AUD because they can interact dangerously with alcohol.
Some people try other methods, such as acupuncture, hypnosis, or relaxation techniques. Such approaches are not harmful, although it is not clear how effective they are.
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Reviewed By: Timothy Rogge, MD, Medical Director, Family Medical Psychiatry Center, Kirkland, WA. Also reviewed by David Zieve, MD, MHA, Medical Director, Brenda Conaway, Editorial Director, and the A.D.A.M. Editorial team.