Chapter 3
Formulating a Management Strategy
Aim
To outline a systematic approach to history taking, examining, investigating, assimilating and arriving at a diagnosis so that a management strategy, tailored to the individual patient, may be formulated.
Outcome
After reading this chapter the practitioner should have an understanding of:
-
what to look out for in both a patient’s history and medical history
-
what to look out for when conducting both an intraoral and extraoral examination
-
the importance of the patients’ expectations
-
the application of some useful special investigations (Dietary survey tools, Radiographic examination, Study models and intraoral radiographs, salivary tests)
-
behaviour that increases the risk of dental erosion developing
-
the importance of a holistic and individual approach to the management of patients with dental erosion
Making the Diagnosis
The development of dental erosion is insidious. Often it is a member of the dental team who will be the first to discover that the patient has this condition. It is generally not until the integrity of the enamel is breached that a patient will report any symptoms, such as sensitivity of the affected teeth to hot or cold. It is therefore important that the early signs are recognised and acted upon, in consultation with the patient, if the condition is to be prevented from progressing further.
Making a definitive diagnosis to develop a management strategy, tailored to the individual patients needs, involves four principal components:
-
History taking
-
Acquisition of the medical history
-
An extra- and intraoral examination
-
Determining the patients’ expectations.
Each may act as a trigger for a special investigation to acquire further information to assist in the development of the management strategy.
History Taking
It is important to elicite from the patient when and for how long they have been aware of the problem. Typically, the patient will report chipping of the incisal edges, fracture of teeth and alterations in the appearance of anterior teeth, such as greying of the incisal edge following an alteration in translucency as a result of loss of palatal tooth substance. Where dentine has become exposed, pain or sensitivity of the teeth may be reported. This could be upon exposure to hot and cold drinks or even on toothbrushing following the intake of an acidic food.
Acquisition of the Medical History
A comprehensive medical history should always be obtained and recorded. With specific reference to dental erosion, it is important to establish any potential source of intrinsic acid. This could be as a result of an undiagnosed level of gastro-oesophageal reflux, reported by the patient as heartburn or indigestion, arising from either an underlying medical condition (Table 3-1) or as a side-effect of medication (Table 3-2).
Causes |
Incompetence of the gastroesophageal sphincter |
Primary
|
Secondary
|
Increased intraabdominal pressure
|
Increased intragastric volume
|
* Reproduced from Scheutzel P. Etiology of dental erosion – intrinsic factors. European Journal of Oral Sciences 1995;104:178–190, by kind permission of the Editor, Journal of Oral Sciences.
List of drugs | ||
Anorectics Fenfluramine Amfepramone Piracetam Phendimetrazine Mazindol Antiallergic drugs and antitussives Clofedanol Cranoglycate disodium Letosteine Antibiotics Tetracyclines Anticonvulsants Progabide γ-vinyl-GABA Buprenorphine Antifungal drugs Nystatin Antihypertensive drugs Nitroprusside Clonidine Anti-inflammatory analgesics and drugs used in gout Ibuprofen Indometacin Phenylbutazone Piroxicam Antiprotozoal drugs Iodoquinol Emetine Antipyretic analgesics Acetylsalicylic acid and related compounds Central nervous system stimulants Caffeine Theophylline and related substances Doxapram Euprofylline Lobeline Nikethamide Proproxyphylline Cytostatic and immunosuppressive drugs Diuretics Spironolactone Thiazide diuretics triamterene |
Drugs acting on the peripheral circulation Buphenine Co-dergocrine Isoxsuprine Drugs affecting automonic function or the extrapyramidal system Amantadine Carbidopa Dopamine Ergometrine Ergotamine Mesulergine Piribedil Serotonin Tyrosine Drugs increasing dopamine activity Amantadine Drugs of abuse Cannabis nutmeg Lysergide tetrahydrocannabiol Gastointestinal drugs Salazosulfapyridine Mercaptamine Pentagastrin Loperamide General anesthetics Cyclopropane Isoflurane Hypnotics and sedatives Benzodiazepines Chloralhydrate Ethylchlorrynol Methaqualone Immunemodulating agents Preabanil Lithium Gallium nitrate Gold salts Iron salts Selenium Zinc Metal antagonists Dimercaprol |
Opioid analgesics Alfentanil Buprenorphine Buturphanol Ciramadol Conorfone Cyclazocine Dezocine Nalbuphine Naloxone Naltrexone Pentazocine Sufentanil Tramadol Opioid agonists Alfentamil Amantadine Butorphanol Ciramadol Positive inotropic drugs and drugs used in dysarrhythmias Aprindine Bretylium Digit/> |