Health Risks of Mixing Tylenol and Alcohol
The risks of mixing alcohol and Tylenol vary significantly based on how much of each substance is used. The amount and frequency of alcohol use can also affect these risks. For example, someone who has two or more standard drinks a day may be at greater risk for health problems when combining both substances.
A “standard drink” refers to a drink that contains about 14 grams of pure alcohol. This standardization helps people to understand how much alcohol they have had. A standard drink for different alcoholic beverages would generally be:
- 12 oz of regular beer
- 8–9 oz of malt liquor
- 5 oz of wine
- 1.5 oz of distilled spirits (gin, rum, whisky, vodka, etc.)
You may be at greater risk when using Tylenol if:
- You are a man who drinks more than three standard drinks per day
- You are a woman who drinks more than two standard drinks per day
- You binge drink, meaning you have several standard drinks in one sitting
Liver Damage
Alcohol is a toxin, and the liver processes alcohol to help the body get rid of it. Alcohol use can cause liver damage, especially when larger amounts of alcohol are used. Tylenol is also processed in the liver. While the liver does not typically struggle to process normal doses of Tylenol, taking too much or using it chronically can lead to liver problems.
While alcohol and Tylenol can both cause liver damage on their own, the effects can multiply when both substances are used together. The liver has a finite ability to process chemicals, and when both substances are combined, they multiply the stress on the liver. This can lead to a greater buildup of toxins as well as permanent liver damage.
Kidney Disease
While Tylenol usually does not significantly affect the kidneys, it can in large doses. Alcohol use is dehydrating, and less hydration being supplied to the kidneys also raises the risk of kidney damage. When these two substances are combined, alcohol can make the kidneys more susceptible to Tylenol’s effects, leading to acute or chronic kidney injury. While this effect is possible, liver damage is far more likely.