Type 2 Chronic Halitosis

Definition of Type 2 Chronic Halitosis

By now, you should have a good understanding of the classification system used on this website. Each type of chronic bad breath falls under a specific category, while each category divides into subcategories for a more detailed look at the specific conditions that leads to chronic bad breath.

Type 2 Halitosis

Post nasal drip will always indicate a disorder in the mucus production within the sinus. There are basically 2 kinds of disorders involving the sinus. It either produces too much mucus or not enough. Both conditions lead to great discomfort (sometimes pain) and chronic bad breath.

Sub-Category 2: Tonsil Stones

Tonsil stones, otherwise known as tonsilloliths, are a calcareous matter that forms over time inside the tonsil crypts located in your mouth. They are composed of different organic materials that include dead cells, mucus, anaerobic bacteria, and food debris. Because tonsilloliths are usually small and are evacuated naturally through speech and chewing action, most people don’t realize they have tonsil stones. What is absolutely certain is that this condition is a MAJOR source of halitosis.

Sub-Category 3: Bacterial imbalance in the back of the throat.

It’s important to always remember that places that are difficult to clean are a safe haven for anaerobic bacteria. Whether the oral cavity is sane or not, there is always some mucus located at the back of the throat at all times. Mucus is an excellent shelter for oxygen intolerant anaerobic bacteria and since mucus is nothing more than different strands of proteins, it is also an excellent food source.

Because the back of the throat is difficult to clean, the bacterial imbalance in that area is an ideal environment for bad breath bacteria to develop. As a result, large quantities of odorous volatile sulfur compounds are released causing a constant and persistent state of bad breath odors.

Sub-Category 4: Dry Mouth.

Technically known as Xerostomia (pronounced Zerostomia), dry mouth will directly affect acidity levels in the oral cavity. An increased acidity level (ph) damage oral tissue and greatly favors anaerobic bacteria reproduction. A dry mouth significantly contributes and worsens the bacterial imbalance of the oral flora in turn causing gum disease and chronic halitosis.