Revealing the Bad Impact of Alcohol on Your Teeth and Mouth Health

Having a habit of drinking alcohol can increase the various risks of chronic diseases, especially liver disease. Therefore, if you want to apply the principle of healthy living you should limit drinking this type of drink. Besides being able to damage the liver, research shows that alcohol also has a negative impact on oral health. If you are searching for an alcoholism treatment program you can visit our website right now.


Curious about how alcohol can affect the health of your teeth and mouth? See the explanation below.

New York University experts conduct oral health surveys on 270 people who have the habit of drinking alcoholic beverages, both heavy and moderate drinkers. The results show that moderate or heavy drinkers can be exposed to chronic diseases later on. Various types of diseases are cancer, heart disease, and liver disease. Not only that, they are also at risk of toothlessness and gum disease. An epidemiologist who participated in the study argued that alcoholic beverages had an adverse effect on the microbiome in the mouth.

Microbiomes are collections of microorganisms such as bacteria, fungi, and viruses that live in the human body. Not all microorganisms are bad. There are some of them that are needed by the body to help digest food and protect the body from various diseases. So, this microorganism is known as a good bacterial microbiome.

A dentist in California and a bacteriologist at the UCLA School of Dentistry explained the link between alcohol and the balance of bacteria in the mouth. Inside the human mouth, there are billions of bacteria, both those that are beneficial and those that cause tooth decay, gum disease, plaque, and bad breath. Good bacteria in the mouth “one of which is Lactobacillales” works continuously in producing proteins that can suppress the growth of bad bacteria. Unfortunately, when someone consumes alcohol, there will be a reaction that can weaken good bacterial defenses so that the balance of good bacteria in the mouth can be disrupted.