About 90 to 98 percent of the alcohol you drink breaks down in your liver. The other 2-10 percent of alcohol is eliminated in the urine, exhaled through the lungs, or excreted in sweat. Although part of the alcohol is metabolized in the stomach, the main site of metabolism is in the liver. The cytoplasm of liver cells contains an enzyme called alcohol dehydrogenase (ADH) that catalyzes the oxidation of ethanol to acetaldehyde (Figure 1).
Oxidation occurs when ethanol binds to a site of the ADH enzyme and loses some electrons in the form of H atoms. In reality, ethanol gives up 2 H atoms to another molecule that also binds to ADH. In this case, the electron-receiving molecule is called a coenzyme. Without the coenzyme, the ADH enzyme will not work very well.
When you drink, your liver detoxifies and removes alcohol from your blood through a process called oxidation. After this process is complete, the alcohol is converted to water and carbon dioxide. However, if alcohol accumulates in your system, it can destroy cells and even organs, over time, including the liver itself. Detoxifying your body from alcohol is the first and most essential step to reversing liver disease and improving your overall health.
If you have been diagnosed with fatty liver disease or alcoholic hepatitis, stopping drinking is the only way to reverse liver damage and prevent the disease from progressing. Reducing alcohol consumption is not enough, since even small amounts of alcohol can contribute to scarring of the liver and cause stress on the liver. Total alcohol detoxification allows the liver to process all the alcohol left in the system. It releases toxins from the body and allows the liver to function effectively again.
The liver processes more than 90% of the alcohol consumed. The rest leaves the body through urine, sweat, and breathing. We offer 100% confidential and individualized treatment. When the liver cannot keep up with the amount of alcohol consumed, excess alcohol overflows into the bloodstream.
Researchers speculate that environmental factors such as smoking and the amount and pattern of alcohol consumption and eating habits, as well as genetic differences in the way alcohol is metabolized, also contribute to the development of alcoholic pancreatitis, although none of these factors have been linked definitely with the disease (2.Excessive and chronic alcohol use can alter brain chemistry, resulting in alcohol cravings, dependence, and ultimately addiction. Professional health monitoring is provided during the detoxification period to ensure your safety during alcohol withdrawal. Therefore, alcohol begins to accumulate in the bloodstream, which increases the concentration of alcohol in the blood (BAC) that leads to poisoning. Chronic alcohol abuse causes destruction of liver cells, resulting in scarring of the liver (cirrhosis), alcoholic hepatitis, and cell mutation that can lead to liver cancer.
Alcohol is one of the most dangerous substances to detoxify and can cause severe withdrawal symptoms. If you are ready to take the next step in your recovery from alcohol dependence or addiction, contact Diamond House Detox today. In addition, a person usually does not qualify for a liver transplant until they have completed alcohol detoxification and have abstained from alcohol use for a long period of time. According to the National Institute on Alcohol Abuse and Alcoholism, long-term alcohol use is the most common cause of illness and death from liver disease.
This issue examines how differences in metabolism can lead to increased or decreased risk between individuals and ethnic groups of alcohol-related problems, such as alcohol dependence, cancer, the effects of alcohol on the fetus, and pancreatitis. Once alcohol is in the bloodstream, it can only be eliminated by the enzyme alcohol dehydrogenase, sweat, urine and breath. The “feel good” effects of alcohol consumption depend on many elements, namely birth, sex, age, weight measurements, ethnicity, absorption of food and the amount consumed, as well as the time frame in which the alcohol is ingested. .
.
