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What Occurs During A Dental Examination

During a dental examination, the dentist examines the soft tissues of the mouth for any abnormalities or pathology (including oral cancer), the teeth for tooth decay or defects, the gum tissues for periodontal (gum) disease, the neck for swollen lymph nodes, the amount of plaque, tartar, and debris on teeth, as well as the need to replace any missing teeth or dental prostheses. Regular examinations by a dentistry professional are crucial to maintaining your dental health and are a necessity in any dental care plan.

Dentists begin the dental examination with a complete dental and medical history, including medications the patient is currently taking. The skin of the face and neck is examined for any abnormalities, especially pigment changes. The lymph nodes in front and behind the ears, under the floor of the mouth and chin, and the midline of the neck, sides, and back of the neck are palpated to determine if any swelling or tenderness is present.

Inside of the mouth, the lips, cheeks, gums, and roof of the mouth are inspected and palpated. During this process, the tip of the tongue is placed on the roof of the mouth just behind the upper teeth for inspection of the front floor of the mouth and sides of the tongue.

The back floor of the mouth, the area behind the lower wisdom teeth, and the back sides of the tongue are inspected by grasping the tip of the tongue with a small gauze sponge and pulling the tongue forward and toward the opposite side of the mouth.

To inspect the back of the throat, soft palate, and tonsil area (sides of the throat), the tongue is depressed with a dental mirror or tongue blade and then a deep breath is taken by the patient.

To detect swelling on the floor of the mouth, the area inside the mouth is felt with the finger of one hand while a finger of the other hand feels below the chin. Salivary gland enlargement, saliva flow, or xerostomia (dry mouth) are determined by milking the major salivary glands to assess the quantity and consistency of saliva.

Today's dentist has many analytic tools available to pinpoint dental and oral diseases. The basic tools are the dental instruments, lights, and radiographs (X-rays). Depending upon the dentist and the individual's dentistry needs, additional diagnostic tests are available. Testing for essential proteins and buffering capacity can evaluate the protective ability of saliva.

To determine tooth decay risks, microbiological testing of saliva can measure the level of decay-producing organisms. Periodontal susceptibility tests, which test for the DNA of gum disease-producing organisms, can be performed to assess an individual's risk for gum disease.

If removable dentures are present, dentists check them for bite, retention, stability, and overall fit. Dental impressions or models also may be taken to study the mouth and tooth structures to initiate fabrication of prostheses. Photographs may be exposed for a variety of reasons, including before and after treatment comparisons.

The level of oral hygiene and home dental care practices are assessed and reviewed. Recommendations for home care devices and products may be made. Instruction and methods for maintaining a good oral hygiene regimen can also take place.

Once basic information about dental health status is gathered, the dentist will be better able to discuss dental care plans that are available.

By Denise J. Fedele, DMD, MS

+Jim Du Molin is a leading Internet search expert helping individuals and families connect with the right dentist in their area. Visit his author page.

Dental Care And A New Diagnostic Tool For Mouth Cancer

According to the American Cancer Society, about 30,000 new cases of mouth cancer are diagnosed annually in the U.S. About half of those who have oral cancer die within five years. Early detection can make a dramatic difference in treating the cancer at curable stages and reducing oral cancer deaths.

Early detection capabilities recently have been enhanced by a new computer-assisted mouth cancer screening tool. A nationwide study of 945 patients ranging in ages from 18 to 83 was conducted by dentists at 35 U.S. academic dental care sites.

Brush biopsy specimens were obtained from oral lesions as part of the extensive research, testing the accuracy of computer-assisted diagnostic equipment. The brush biopsy caused little or no bleeding and no anesthetic was required. The computer-assisted image analysis was used to identify suspicious cells in the samples.

The computer analysis properly identified every case of pre-cancerous and cancerous lesions as confirmed by lab tests from their traditional tissue evaluations. Additionally, it also correctly identified some lesions that were benign in appearance, but were actually found to be pre-cancerous or cancerous. Had it not been for this new diagnostic equipment, these lesions would have escaped detection and the patient would not have received any additional oral cancer testing.

"Early evaluation of oral pre-cancerous lesions can have a dramatic impact on oral cancer mortality rates," says Dr. James J. Sciubba, DMD, PhD, professor of Oral and Maxillofacial Pathology at State University of New York at Stony Brook, who also serves as a spokesperson for the study. Early-stage mouth cancers are not easily detectable by visual inspection and may be overlooked.

The oral cancer scanner provides dentists a new evaluation tool that can lead to a significant reduction in cancer deaths. An estimated 8,100 people will die from mouth cancer this year. This new dentistry tool has shown remarkable merit as a reliable dental health device. By providing an accurate diagnosis, it has become a crucial weapon in the fight against oral cancer.

By Brian J. Gray, DDS, MAGD, FICO

+Jim Du Molin is a leading Internet search expert helping individuals and families connect with the right dentist in their area. Visit his author page.