Temporal tendinitis: a modified Levandoski panoramic analysis of 21 cases.

Unlabelled: In 1993, Levandoski published the details of a system to analyze panoramic radiographs and especially, the temporomandibular joints. Piedra expanded the work of Levandoski to analyze facial and dental asymmetries. In this brief treatise, the disorder of temporal tendinitis was explored.

Factors that affect pain behavior.

Emotions can and do affect the way one perceives pain, both acute and chronic. Many factors unconsciously alter the intensity in which pain is perceived even though human beings all have the same anatomical structures to convey nociception to the central nervous system. Pain cannot be measured, only observed by one's behavior to pain.

Evaluation of the oral flora in 150 patients suffering from chronic craniofacial pain: a retrospective study.

This study was conducted to determine if microbial infection was a significant factor in patients with undiagnosed craniofacial pain. Of the 150 patients from whom intra-bony cultures were obtained, 23 different groups of isolates were obtained. There were 49 (32.

Anterior throat pain syndromes: causes for undiagnosed craniofacial pain.

It is not uncommon for practitioners who treat craniofacial pain to see patients with undiagnosed throat and submandibular pain. Usually, these patients will already have been seen by their primary care physician and frequently, several others doctors including otolaryngologists, oral and maxillofacial surgeons, and even neurologists. Far too often these patients have three common features: 1.

Four common herbs seen in dental practice: properties and potential adverse effects.

The use of herbal supplements in North America is steadily growing and raises concerns about safety, efficacy, and how they affect safe patient care. The most notable and direct health risks associated with herbal supplements include hypertension, prolonged bleeding, and the potential for drug-herb interactions, which is of particular concern for patients undergoing anesthesia, both general and local anesthesia. In this article, four of the most commonly used herbs today in North America will be discussed: garlic, gingko, ginseng, and ginger.

Atypical trigeminal neuralgia of the mental nerve: a case study.

Any division or branch of the trigeminal nerve can exhibit signs and symptoms of neuralgia. Those who treat patients suffering with craniofacial pain are frequently charged with determining the cause of illusive pain complaints and if objective signs are not discovered, the patient may not be treated and may be forced to seek help elsewhere. Trigeminal neuralgia-like pain is often seen in the mental nerve region of the mandible, but frequently, there is no radiographic evidence for the source of such pain.

Patients seeking treatment for craniofacial pain: a retrospective study of 300 patients.

Those engaged in any type of pain practice will encounter patients who have seen many practitioners. This is especially true for clinicians who treat craniofacial pain and temporomandibular disorders. In this retrospective study of 300 patients seeking treatment for various types of craniofacial pain, the average age was 43.

Focal osteoporotic marrow defect: report of 100 new cases with ultrasonography scans.

Focal osteoporotic marrow defect (FOMD) may be the earliest detectable form of the ischemic marrow disorders. The exact cause is unknown, but three theories have been proposed in the literature. A fourth is presented in this paper.

Temporomandibular disorders: standard treatment options.

Proper diagnosis is essential in all phases of health care, and dentistry certainly is no exception. Without a proper diagnosis, effective treatment may never be rendered and the patient's suffering and costs will continue to escalate. Dentists who treat patients who have temporomandibular disorders (TMDs) and orofacial pain also must strive to stay abreast of the latest treatment options.

Alternative to the inferior alveolar nerve block anesthesia when placing mandibular dental implants posterior to the mental foramen.

Local anesthesia block of the inferior alveolar nerve is routinely taught throughout dental education. This commonly used technique eliminates all somatosensory perception of the mandible, mandibular teeth, floor of the mouth, ipsilateral tongue, and all but the lateral (buccal) gingivae. Generally, the dentist or surgeon desires these structures to be anesthetized.

Medullary and odontogenic disease in the painful jaw: clinicopathologic review of 500 consecutive lesions.

Ischemic jawbone lesions were first discussed in the dental literature more than a century ago, but then seemingly forgotten. In recent years, there has been considerable resurgence in interest in this unique pathological condition. Controversy surrounds the subject.

Differential diagnosis of two disorders that produce common orofacial pain symptoms.

Severe orofacial pain often is diagnosed as trigeminal neuralgia, with little distinction made as to which type--typical or atypical. In addition, osteonecrosis of the jaws quite often produces symptoms which mimic trigeminal neuralgia. Unless diagnosed correctly, a patient suffering from a condition of "dead bone" may be referred for unnecessary neurosurgery.

Nociceptive trigeminal inhibition--tension suppression system: a method of preventing migraine and tension headaches.

Dentists and physicians see countless patients suffering from various types of headaches. Various modes of therapy are used in an attempt to treat these patients. As a result of this study, it appears that a common factor to migraine and tension-type headaches may be chronic clenching.

Nociceptive trigeminal inhibition--tension suppression system: a method of preventing migraine and tension headaches.

Dentists and physicians see countless patients suffering from various types of headaches. Various modes of therapy are used in an attempt to treat these patients. As a result of this study, it appears that a common factor to migraine and tension-type headaches may be chronic clenching.

The trigeminal nerve. Part III: The maxillary division.

The maxillary nerve gives sensory innervation to all structures in and around the maxillary bone and the midfacial region including the skin of the midfacial regions, the lower eyelid, side of nose, and upper lip; the mucous membrane of the nasopharynx, maxillary sinus, soft palate, palatine tonsil, roof of the mouth, the maxillary gingivae, and maxillary teeth. This vast and complex division of the trigeminal nerve is intimately associated with many sources of orofacial pain, often mimicking maxillary sinus and/or temporomandibular joint involvement. For those who choose to treat patients suffering with orofacial pain and temporomandibular disorders, knowledge of this nerve must be second nature.

The trigeminal nerve. Part II: the ophthalmic division.

The ophthalmic, or first division (V1) of the trigeminal nerve, is the smallest of the three divisions and is purely sensory or afferent in function. It supplies sensory branches to the ciliary body, the cornea, and the iris; to the lacrimal gland and conjunctiva; to portions of the mucous membrane of the nasal cavity, sphenoidal sinus, and frontal sinus; to the skin of the eyebrow, eyelids, forehead, and nose; and to the tentorium cerebelli, dura mater, and the posterior area of the falx cerebri. At first glance, one might not expect one interested in the diagnosis and treatment of orofacial pain and temporomandibular joint disorders to have a need to be concerned with the ophthalmic division.