Dental Health – Acid Erosion

Oral health is the foremost concern for the people and the medicines field, as it is the gateway to many digestive disorders. The fact is quite surprising that even those on a healthy diet are bearing the issue of acid wear of teeth or eventually having acid erosion. Regrettably, acid-worn tooth enamel has been observed more frequently by dentists in their young patients, an ominously growing tendency. Acid erosion makes teeth more sensitive to temperatures and turns towards to decay. It is significant to know the acid erosion, its causes and prevention of getting acid erosion of the teeth.

Acid Erosion

It is a form of teeth-wear and causes by acid alleviation of the surface of the teeth’s enamel. It occurs gradually when teeth enamel is opened to the elements of acids from food, drinks or the stomach-acidity it momentarily softens and loses some of its mineral elements. Saliva aids in neutralizing the acidity, refurbishes the oral’s natural balance and gradually mends the teeth enamel in its original form. Moreover, as the teeth’s refurbishing is a steady process. On the contrary, if the acid impacts occur frequently, the teeth do not recover by its natural mechanism.


With the passage of time, the acidic alleviation, principally when combined with abrasion from toothpaste during brushing the teeth causes significant wear, that eventually result in evading of thickness of enamel that changes the teeth texture, shape and appearance as well. This process causes the teeth sensitivity to temperature.

Decay and Erosion

When consuming the foods containing sugars or starches, the bacteria in plaque transform these yields to acids that diminish the teeth enamel. By the time, these also ground the enamel to break down and form a cavity that essentially require filling by a dentist. On the other hand, decay is the process that does not affect the teeth entirely at one time, as erosion occurs across the entire teeth surface that has been affected by acid. The acidic softening also upshot in significant wear that leads to reduction in the thickness of enamel, eventually transform the texture, and shape leads to more teeth sensitivity.

Causes of Acid Erosion

The foods and beverages consumption, frequently, with a high acid content ground enamel erosion. Some fruit teas, wine and various fruits are exceedingly acidic that potentially detrimental to the teeth. Acidic foods are not suggested to avoid, but prevention is required to be considered to control the consumption and frequency of such acidic food items. It is not merely the frequent consumption that rationalized the acid erosion, but also the manner that acidic items are apprehended in oral. Retaining the acidic food or beverages in the mouth protracts the acid disclosure on the teeth, elevating the erosion. Quaffing the acidic beverage, for instance, increases the acidic drink’s direct gushing through the teeth, is the top most rational for increasing the risk of erosion.

Acid Erosion- Prevention

GlaxoSmithKline Consumer Healthcare is committed to improving oral health and well-being through unique and successful industry-professional collaboration to develop oral care in common public. To protect the teeth against the dietary acidic erosion, the Dentists have recommended a numbers of preventive steps for effective oral health care. These are:

  • Choose a mild-soft tooth-brush for less abrasion and brush gently
  • Select a toothpaste which is low in abrasion, non acidic and has maximum fluoride availability
  • Have regular dental check-ups and talk to a dental professional about any concerns
  • Drink acidic drinks quickly – don’t swish them around or hold them for prolonged periods within your mouth. Or consider using a straw placed towards the back of the mouth.

Preventive measures of teeth enamel loss depend on the problem. Sometimes tooth bonding is employed to protect the tooth and increase cosmetic outer shell. If the enamel loss is major, the dentist recommends covering the tooth with a crown that protects the tooth from further decay.

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