Let Us Analyze The Saliva And Inorganic Components

Composition of saliva

Saliva is a fluid (pH 6-7) a clear, slightly acidic.

Inorganic components

The most abundant component in the saliva is water (about 99%), followed by the ions Na +, Cl - Ca 2 +, K +, HCO 3 -, H 2 PO 4 -, F -, I -, Mg 2 +, thiocyanate. Ionic composition of saliva, which is different from plasma derived from it though. [9]. Hypotonicity facilitate the sensitivity of taste and hydrates of organic compounds that form a protective layer on the oral mucosa. Resultant bicarbonate serves as a buffering agent and calcium and phosphate to neutralize the acid that would otherwise jeopardize the integrity of the tooth mineral.

Organic components

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Benefits From Saliva In Oral Health

Benefits From Saliva In Oral Health

Fluid, which is clearly found in your mouth not only ordinary liquids. It plays an important role in many functions in the body for digestion of samples and treatment of oral well-being. Without it, you can skill difficulties and complications when eating, chewing or swallowing food. This fluid, which flows along clear the mouth known as saliva.

Saliva secreted by the salivary glands which are located in significant and minor inner lips and soft palate. Perhaps the most efficient approach to stimulate salivary flow and production is through chewing. The muscles that surround the salivary gland compresses, creating saliva secretion is achieved. In addition, the type of food you eat also stimulate saliva production.

Although most know that saliva is very important in the digestion of food, also play a major role in the methods of oral health. One role is the garbage disposal. Consistent flow of saliva secretion and eliminate disease-causing viruses, bacteria and yeast from the teeth, 

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Salivary Testing / Salivary Test

Saliva Introduction

Titanium and its alloys are widely used in dentistry as prosthetic appliances because of a high corrosion resistance and good biocompatibility. These valuable properties are caused by passive films that are rapidly formed in the body fluid environment [1-3]. Recently, mouth-rinses, toothpastes, and prophylactic agents containing fluoride are utilizing to prevent the dental caries. However, decreasing the corrosion resistance of titanium in solutions containing fluoride has been reported [4-12]. The corrosion behaviours are related to the concentration of fluoride and the surrounding environment Therefore, the surface reaction on titanium under the existence of fluoride is important to understand the corrosion and tarnish of titanium in oral environment. Recently the corrosion of titanium was suppressed in solutions containing fluoride and eugenol (Figure1).

Corrosion Inhibition of Titanium in Artificial Saliva Containing Fluoride

Eugenol occurs widely as a component of essential oils and is a major constituent of clove oil. It has been used since at least the nineteenth century, primarily as a flavouring agent, in a variety of foods and pharmaceutical products, and as an analgesic in dental materials. Recently it has been used as inhibitor on the corrosion of stainless steel in phosphoric acid solution

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