Fighting the adverse impacts of alcohol is connected with multiple kinds of myths, such as drinking coffee, having a shower under cold water, and much more, which can reduce or eliminate your alcohol metabolism. But debunking those myths and seeking an answer to the question of how to sober up fast without myths can be dispelled by having a sound understanding of what alcohol does while entering the body via the bloodstream. There are multiple solutions, but before going to those solutions, we need to figure out what alcohol metabolism is and certain biochemical processes that happen after the entrance of alcohol into the human body.
What is alcohol metabolism?
Drinking is one of the common and widely spreading issues in the USA and around the globe as well. According to the Johns Hopkins Bloomberg School and Gallup news, 54 percent of the USA adults consume alcohol, and according to NSDUH (National Survey on Drug Use and Health), 228.4 million people in the US have consumed alcohol at some point in their lives. These are very drastic figures. Here is the step-by-step breakdown of what alcohol actually does when entering the human body
Initial breakdown of ethanol (drinking alcohol)
Ethanol (drinking alcohol) is primarily broken down in the liver. When it enters the body, it immediately enters the liver because it is a small, water-soluble molecule that does not need digestion. In the liver, an enzyme known as alcohol dehydrogenase (ADH) converts ethanol into acetaldehyde, which is a toxic intermediate. Then acetaldehyde is converted into acetate by the enzyme known as acetaldehyde dehydrogenase (ALDH); after breaking down into acetate, it is further converted into water and oxygen for elimination.
Percentage of alcohol metabolized by the liver
If we look at the percentage of toxic compounds metabolized in the liver, it will be 90-95 percent of the ethanol metabolized in the liver by the enzymatic function of dedicated enzymes, while the rest of the 5 percent is released in the shape of water and oxygen to get released.
What is meant by zero-order metabolism?
At moderate to high concentrations of alcohol, liver metabolism operates at a fixed rate, which is known as zero-order kinetics. This implies that the body receives the same amount every hour regardless of the amount of alcohol in the blood.
What could be the average elimination rate by the adult and healthy human?
The average healthy adult processes a normal amount of alcohol at 10-20 mg/dL/hour, which is more or less equivalent to one standard drink an hour.
Metabolic variability of humans
Every human being has different biology, and alcohol metabolism rate can vary from person to person; it can be different between males and females and also depend on the existing liver health of a person and drinking frequency. Genetic variations can create a difference in the breakdown of ethanol due to variation in the enzymatic function of ADH and ALDH.
Metabolic distribution in humans
The distribution of alcohol in the body depends on total water content, which is usually approximately 0.6-0.7 L/kg of body mass. This influences blood alcohol content (BAC) and is the reason why individuals who have a higher proportion of water in their bodies have lower peak alcohol levels after similarly consuming alcohol.
Key points to remember for alcohol metabolism
- Alcohol metabolism is based on two enzymes that are present in the liver: ADH and ALDH. Both of these enzymes break down ethanol step-by-step to be ready for release in the form of water and oxygen.
- Most of the consumed ethanol is broken down, but a small amount of ethanol is eliminated in the form of water and oxygen through sweat, urine, and breathing out.
- When we talk about the natural perspective of alcohol metabolism, according to the Alcoholic Beverage Control, the human liver can process one standard drink per hour.
Aftereffects of alcohol metabolism
Above, we have discussed the overall biochemical process of alcohol metabolism and how it enters the body via drinking. To find the answer to the question of how to sober up fast from alcohol, we need to understand what happens to the human body after alcohol metabolism and what biological impacts happen inside the human body. Just like alcohol metabolism is a sequential process, the aftereffects of alcohol metabolism also happen in a sequence.
Here is the following series of biochemical processes that happen in the human body after alcohol metabolism
Acetaldehyde toxicity and stress on the cellular system
Ethanol undergoes metabolism to acetaldehyde, which is a highly reactive and toxic product capable of causing damage to proteins, DNA, and cell structures during metabolism before it is further metabolized to acetate. Acetaldehyde has been attributed to numerous negative effects of being exposed to alcohol.
Oxidative Stress, and Reactive Oxygen Species (ROS)
The breakdown of alcohol leads to the formation of reactive oxygen species (ROS), and the body cannot resist it. Oxidative stress can destroy lipids, proteins, and DNA, thus causing mitochondrial dysfunction and injuring cells.
Inflammation and Immune Destruction
Some of the metabolites produced when processing alcohol may trigger inflammatory processes. Chronic inflammation will lead to tissue damage and a suppressed immune reaction, which increases the likelihood of infection despite giving up drinking.
Mitochondrial and ER Stress
Overproduction of ROS and acetaldehyde interferes with mitochondrial activities and the ability of the endoplasmic reticulum to fold proteins, which may disrupt energy generation and augment cell death signals in significant organs such as the liver and the brain.
Lipid disproportion and metabolic derailment
The metabolism of alcohol in the liver changes the ratio between NADH and NAD+ and prevents the normal metabolism of fats, instead facilitates fat storage. This adds to fatty liver disease and metabolic imbalance at an early age.
Brain Effects Neuroinflammation
Neuronal communication and neuroinflammation may be impaired by alcohol and metabolites and aggravated. The continuous oxidative stress and impaired autophagy among brain cells are some of the causes of cognitive, mood, and neurological stress.
Effects on the Immune and Endocrine System
Even one instance of excessive alcohol consumption compromises immune response for up to a day and makes the body unable to attack the pathogens. Both long-term and heavy episodic use are associated with an extended endocrine disturbance and heightened exposure to metabolic disorders.
Final words
There are many myths associated with the question of how to sober up faster, such as drinking coffee, having a shower with cold water, and so on, but we can fight the adverse effects of alcohol after studying what alcohol does inside our body, when we will findout the biochemical changes inside our body through alcohol consumption we can go for the relevant solutions as well. Pre-alcohol aid or after-drinking products by The Realief can help us in preparing our body to fight against the adverse impacts of alcohol.