Symptomatic therapy

29-03-2010
Symptomatic therapy
In the absence of natural salivation, it is essential to try to protect the oral hard and soft tissues by salivary substitution. Saliva substitutes, also called artificial salivas, are frequently recommended for patients complaining of dry mouth (xerostomia). 
 
Although many studies suggest that saliva substitutes are useful in the management of xerostomia, clinical experience has shown that these products are not well accepted by patients. Most patients do not continue to use the substitutes regularly, relying instead on water or other fluids to relieve their symptoms. One reason may be that most saliva substitutes are more viscous than natural saliva and may be uncomfortable for an individual with dry mucosal surfaces. Another reason may be that the need for frequent application to keep the mouth moist makes these substitutes inconvenient and expensive. Also, the artificial salivas fail to provide the broad spectrum of antimicrobial and other protective functions of natural saliva. There is a pressing need for more effective saliva substitutes and better delivery systems.
 
Meanwhile, frequent sips of water or other fluids for the relief of oral dryness are often as effective as saliva substitutes. Patients should be advised to carry fluids with them at all times. (The water bottles used by cyclists or plastic glasses with snap-on lids are convenient.) Often, this simple suggestion will bring substantial relief at minimal cost, will improve mucosal hydration, and ease swallowing and speaking.
 
Individuals could (and should) be cautioned to avoid not only fluids containing sugar but also those containing alcohol or caffeine, as these too may worsen the xerostomia or increase the risk of caries.
 
A common complaint is dryness and cracking of the lips. If applied regularly, petroleum jelly-based compounds may be helpful. Patients may prefer lanolincontaining creams, which help hydrate the tissues. Patients should be advised to use room humidifiers, especially at night, as an aid to relieving frequent symptoms of dryness of the throat and tongue. For institutionalized patients, demented, and other severely handicapped patients, a recently introduced aid is Saliswab (available in Europe), which acts as a combined salivary substitute and stimulating agent. In contrast to Lemon-Glycerin Swabs, it is not erosive. 
 
The practitioner must be prepared to manage the complications of salivary hypofunction: increased caries, oral candidiasis, altered oral function, and pain. Initially, patients with xerostomia do not have extensive restorative treatment needs because it takes some time for clinical caries to develop. Therefore, it is important to diagnose impaired salivary function and xerostomia as early as possible and introduce intensive needs-related preventive programs before caries has developed. 
 
In patients who have already developed several carious lesions, restorative treatment should be carried out in stages, beginning with excavation of caries and placement of provisional restorations using slow-release fluoride materials, such as glass-ionomer cements or resin-modified glass-ionomer cements, combined with an initially intensive, individually tailored preventive program. Once carious activity is under control, the next stage is definitive therapy¾restorations in the form of complete crowns and fixed partial dentures. Most patients with severely impaired salivation and
xerostomia should be regarded as lifelong high-caries-risk patients; they must continue on an intensive maintenance preventive program.
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Гость:
Thanks for this video. My dentist told me to go to an ear, nose and tahort if I’m having a problem. He took x-rays of my face and teeth, shouldn’t a problem have shown up on the x-rays?Anyway, my glands would swell up, decrease over and over again sometimes to the point that I could barely turn my head. Now, just my left gland, whether salivary or other, is swollen for a while and my jaw has started to hurt. Recently, my ear makes noise and Im getting headaches. My hair is falling out WTF?

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Articles for theme “caries”:
29-03-2010
Salivary stimulation and substitution in patients with hyposalivation and xerostomia – Stimulation of salivaRecognition of the key role of saliva in maintaining normal oral function has stimulated research on its protective properties against caries and on the treatment of xerostomia and salivary hypofunction. Salivary clearance, buffering power, and degree of saturation with respect to tooth mineral are the major protective properties (for review, see Sreebny et al, 1992; Tenuvuo, 1997), their effect increasing with salivary stimulation: The saliva stimulated by consumption of fermentable carbohydrates reduces the fall in plaque pH that could lead to demineralization andincreases the potential for remineralization.
29-03-2010
Formation and functions of pellicleSaliva is seldom in direct contact with the tooth surface but is separated from it by the acquired pellicle, defined as an acellular layer of salivary proteins and other macromolecules, approximately 10 um thick, adsorbed onto the enamel surface. It forms a base for subsequent adhesion of microorganisms, which under certain conditions may develop into dental plaque. The pellicle layer, although thin, has an important role in protecting the enamel from abrasion and attrition, but it also serves as a diffusion barrier.
29-03-2010
Antimicrobial and other protective propertiesThe saliva contains many different proteins and some other small organic proteins that  together protect the oral cavity (the soft tissues as well as the teeth) from frictional wear, dryness, erosion, pathogenic bacteria, and so on (see Box 12). Lubrication and other protective properties. Almost all salivary proteins are glycoproteins; that is, they contain variable amounts of carbohydrates linked to the protein core. Glycoproteins are often classified according to their cellular origin and subclassified on the basis of their biochemical properties.
29-03-2010
Demineralization and remineralization of tooth surfacesThe physicochemical integrity of dental enamel in the oral environment is entirely  dependent on the composition and chemical behavior of the surrounding fluids: saliva and plaque fluids. The main factors governing the stability of enamel apatite are pH and the free active concentrations of calcium, phosphate, and fluoride in solution, all of which can be derived from the saliva (see Box 12).  The development of a clinical carious lesion involves a complicated interplay between a number of factors in the oral environment and the dental hard tissues.
29-03-2010
Neutralization and buffering of acidsAlthough while the effect of saliva in facilitating sugar clearance can partly explain why saliva reduces formation of plaque acids and therefore caries, the neutralizing and buffering actions of saliva are more dramatic. These are due predominantly to salivary bicarbonate, originating mainly from the parotid gland. In unstimulated saliva, the bicarbonate level is low; at the greater secretion rates of stimulated saliva, the concentration is higher, the pH rises, and the buffering power of saliva increases dramatically.