(ET) Dysfunction Eustachian Tube (ET) Dysfunction

Total Page:16

File Type:pdf, Size:1020Kb

Load more

3:20 – 4:20 PM Eustachian Tube (ET) Dysfunction Common ENT Disorders in Diagnosis of ET dysfunction Primary Care depends upon: – Subjective symptoms of aural fullness and/or ear “popping” (with or without a history of SPEAKER environmental allergies) Paul A. Kedeshian, MD – Careful otoscopic examination of the tympanic membrane with pneumatic insufflation to rule out effusion Eustachian Tube (ET) Dysfunction Eustachian Tube (ET) Dysfunction Diagnosis of ET dysfunction depends upon: Treatment – Ruling out presence of middle – Nasal steroids/saline lavage ear effusion Tympanogram usually will reveal – Antihistamines/Decongestants reduced middle ear pressure – Insufflation of ET – Oral corticosteroids – GERD treatment – Middle ear ventilation tube placement (only in rare instances) Middle Ear Effusion Nasopharyngeal Mass Diagnosis of middle ear effusion: In addition to a unilateral middle ear effusion, signs and symptoms can – Otalgia with hearing loss include: – Otoscopic examination reveals – Nasal obstruction middle ear effusion with absent – Epistaxis movement – Ipsilateral neck mass in the posterior triangle – In an adult, a mass in the Direct (endoscopic) visualization of the nasopharynx and/or diagnostic imaging nasopharynx must be considered as (CT scan of the sinonasal region) is a possible etiology indicated Middle Ear Effusion Middle Ear Effusion Audiogram will demonstrate a Treatment conductive hearing loss with a – Oral antibiotics “flat” tympanogram – Oral corticosteroids – Middle ear pressure equalization tube (PET) placement if persists Tympanic Membrane Perforation Tympanic Membrane Perforation Occurs secondary to pressure Treatment should include: and/or fluid accumulation in the – Oral antibiotics middle ear (can be post head – Ear drops trauma) – Dry ear precautions Conductive hearing loss Potential for otorrhea and If perforation is small and/or recurrent middle ear infections post-traumatic, may spontaneously heal in 3-8 weeks without surgery Hemotympanum Tympanosclerosis (aka Myringosclerosis) Bloody middle ear effusion White plaque-like deposit on usually secondary to trauma tympanic membrane (TM) Workup should include CT scan surface of temporal bones and – Usually secondary to frequent audiogram otitis media Blood will usually reabsorb spontaneously over 4-12 weeks No treatment necessary If no resolution, PET is indicated (unless impairment of TM mobility is noted) Otitis Externa Otitis Externa Infection of external auditory Treatment should include: canal (EAC) – Oral antibiotics with anti- – Exquisitely painful Psudomonal coverage – Severe canal edema (conductive hearing loss) – Otowick placement – History of EAC trauma nearly – Otic drops with anti- always elicited Pseudomonal coverage – Multiple bacterial species (including Pseudomonas) are usually present Otitis Externa Exostosis Higher incidence in Hypertrophy of the bony external immunocompromised auditory canal populations Secondary to chronic exposure to cold water (surfing, ocean swimming) If any facial nerve weakness or No treatment needed unless near-total cranial neuropathies are present, EAC occlusion and/or secondary possibility of “malignant otitis conductive hearing loss externa” (skull base Need for meticulous ear cleaning after osteomyelitis) must be considered water exposure Bilateral Inferior Turbinate Hypertrophy Nasal Polyps Frequent cause of nasal Inflammatory growths associated with obstruction chronic allergies Usually secondary to Can cause anatomic obstruction of sinus environmental allergens ostia with secondary acute sinusitis Frequently seen in patients who also Can be mistaken for nasal polyposis if asymmetric have asthma/reactive airway disease and can also include aspirin allergy First line treatment is topical (Sampter’s triad) nasal steroids Nasal Polyps Nasal Polyps Diagnosis frequently depends Treatment upon radiographic appearance – Antibiotics of sinuses (limited CT scan) – Oral corticosteroids – Antihistamines/Decongestants – Nasal/sinus lavage – Surgery High incidence of recurrence Nasal Septal Hematoma Nasal Septal Hematoma Usually secondary to trauma If hematoma is left undrained, Not always an associated nasal secondary compromise of the bone fracture vascular supply to nasal dorsal cartilage can result is so-called Needle aspiration and/or incision and drainage saddle nose deformity Nasal Septal Perforation Mucocele Can also result from an undrained nasal Accumulation of mucous in septal hematoma submucosal space Typically present with nasal crusting, Most common on labial and occasional epistaxis buccal surfaces May have a preceding history of trauma Usually secondary to dental (prior surgery, elicit drug use) or trauma collagen vascular disease, Wegner’s granulomatosis Occasional superinfection in Surgical repair usually unsuccessful which case surgical excision may be indicated Oral Leukoplakia Oral Leukoplakia “White plaque” Workup should include thorough Presents most commonly on examination of mucosa of upper lateral aspect of tongue and aerodigestive tract (especially in buccal mucosa tobacco-users) Associated with trauma or Biopsy of areas of erythroplakia chronic inflammation/irritation more important than representative sampling Low (less than 5%) premalignant potential Geographic Tongue Cobblestone Pharynx Asymmetric hypertrophy of Finding that may indicate a sinonasal etiology (with posterior drainage and papillae of tongue associated irritation) Unknown etiology Can also be secondary to gastroesophageal reflux (GERD) Rarely symptomatic particularly in the absence of nasal Treatment with antifungal or complaints antibiotic therapy not indicated Can frequently be seen in patients complaining of a “post nasal drip” May be exacerbated by GERD Torus Palatini and Torus Mandibularis Tonsillar Lymphoma Bony overgrowths present in Lymphoma (usually B-cell type) palate and inner cortex of that develops within the mandible lymphoid tissue of the palatine tonsils (part of Waldeyer’s ring) Unknown etiology Important to keep high index of Unless overlying mucosa becomes suspicion if significant inflamed, no treatment indicated asymmetry, cervical adenopathy, for these benign lesions constitutional symptoms Peritonsillar Abscess Parotitis Acute, suppurative infection with the Inflammation of the parotid ductal submucosal space around tonsils system with associated swelling, pain, Will always be uvular deviation, bulging erythema, fevers of soft palate, trismus, and muffled- Increased incidence in diabetics but can sounding voice occur secondary to episode of Treatment involves either needle dehydration aspiration and/or incision and drainage Rarely can occur secondary to parotid with oral antibiotics and corticosteroids stone (sialolith) Can re-accumulate following needle Treatment includes antibiotics, aspiration hydration, oral sialogogues, heat and massage directly over the involved gland as well as oral steroids Parotid Neoplasm Submandibular Sialoadenitis/Sialolithiasis Firm mass within the substance of parotid Acute inflammation of submandibular salivary gland salivary gland Approximately 80% are benign although it Can be secondary to dehydration (as in can also occur secondary to metastasis from parotitis) but more commonly due to a previously treated cutaneous (particularly squamous cell) carcinoma of the cheek, sialolith (stone) pinna, temporal/frontal scalp Physical exam can often palpate stone Presence of ipsilateral facial nerve weakness, along course of submandibular duct pain, or adenopathy increase likelihood of (within the floor of mouth) malignancy Treatment is same as for parotitis Diagnostic workup should include MRI of except that frequent infections with an parotid gland followed by fine needle associated sialolith may require aspiration biopsy sialoendoscopy or surgical excision of Treatment involves surgical excision of gland gland Second Branchial Cleft Cyst Thyroglossal Duct Cyst . Painless, fluctuant mass in the most common congenital lateral aspect of the neck that is neck mass (70%) situated deep to the sternomastoid muscle elevates on protrusion of . most common branchial cleft tongue or swallowing anomaly (95%) may develop draining sinus . often becomes apparent after on skin surface recent URI Thyroglossal Duct Cyst Bell’s Palsy Usually present at or just inferior Paralysis of all branches (upper to the hyoid bone and lower) of facial nerve – may be associated with ectopic Sudden onset thyroid tissue (1-2%) therefore imaging to confirm Viral prodrome (usually) the presence of normal Diagnosis of exclusion thyroid tissue is recommended Must rule out presence of co- Treatment is surgical excision existing mastoiditis, otitis (Sistrunk Procedure) externa, parotid tumor Bell’s Palsy Likely secondary to infection of facial nerve with herpes simplex virus Treatment includes oral corticosteroids with reassessment after 7-10 days.
Recommended publications
  • Lumps and Swellings

    Lumps and Swellings

    Clinical Oral medicine for the general practitioner: lumps and swellings Crispian Scully 1 his series of five papers summarises some of the most important oral medicine problems likely to be Tencountered by practitioners. Some are common, others rare. The practitioner cannot be expected to diagnose all, but has been trained to recognise oral health and disease, and should be competent to recognise normal variants, and common orofacial disorders. In any case of doubt, the practitioner is advised to seek a second opinion from a colleague. The series is not intended to be comprehensive in coverage either of the conditions encountered, or all aspects of Figure 1: Torus mandibularis. diagnosis or treatment: further details are available in standard texts, in the further reading section, or from the internet. The present article discusses aspects of lumps through fear, perhaps after hearing of someone with and swellings. ‘mouth cancer’. Thus some individuals discover and worry about normal anatomical features such as tori, the parotid Lumps and swellings papilla, foliate papillae on the tongue, or the pterygoid Lumps and swellings in the mouth are common, but of hamulus. The tongue often detects even a very small diverse aetiologies (Table 1), and some represent swelling, or the patient may first notice it because it is sore malignant neoplasms. Therefore, this article will discuss (Figure 1). In contrast, many oral cancers are diagnosed far lumps and swellings in general terms, but later focus on too late, often after being present several months, usually the particular problems of oral cancer and of orofacial because the patient ignores the swelling.
  • WHAT HAPPENED? CDR, a 24-Year-Old Chinese Male

    WHAT HAPPENED? CDR, a 24-Year-Old Chinese Male

    CHILDHOOD DEVELOPMENTAL SCREENING 2020 https://doi.org/10.33591/sfp.46.5.up1 FINDING A MASS WITHIN THE ORAL CAVITY: WHAT ARE THE COMMON CAUSES AND 4-7 GAINING INSIGHT: WHAT ARE THE ISSUES? In Figure 2 below, a list of masses that could arise from each site Figure 3. Most common oral masses What are the common salivary gland pathologies Salivary gland tumours (Figure 7) commonly present as channel referrals to appropriate specialists who are better HOW SHOULD A GP MANAGE THEM? of the oral cavity is given and elaborated briey. Among the that a GP should be aware of? painless growing masses which are usually benign. ey can equipped in centres to accurately diagnose and treat these Mr Tan Tai Joum, Dr Marie Stella P Cruz CDR had a slow-growing mass in the oral cavity over one year more common oral masses are: torus palatinus, torus occur in both major and minor salivary glands but are most patients, which usually involves surgical excision. but sought treatment only when he experienced a sudden acute mandibularis, pyogenic granuloma, mucocele, broma, ere are three pairs of major salivary glands (parotid, commonly found occurring in the parotid glands. e most 3) Salivary gland pathology may be primary or secondary to submandibular and sublingual) as well as hundreds of minor ABSTRACT onset of severe pain and numbness. He was fortunate to have leukoplakia and squamous cell carcinoma – photographs of common type of salivary gland tumour is the pleomorphic systemic causes. ese dierent diseases may present with not sought treatment as it had not caused any pain.
  • Abscesses Apicectomy

    Abscesses Apicectomy

    BChD, Dip Odont. (Mondchir.) MBChB, MChD (Chir. Max.-Fac.-Med.) Univ. of Pretoria Co Reg: 2012/043819/21 Practice.no: 062 000 012 3323 ABSCESSES WHAT IS A TOOTH ABSCESS? A dental/tooth abscess is a localised acute infection at the base of a tooth, which requires immediate attention from your dentist. They are usually associated with acute pain, swelling and sometimes an unpleasant smell or taste in the mouth. More severe infections cause facial swelling as the bacteria spread to the nearby tissues of the face. This is a very serious condition. Once the swelling begins, it can spread rapidly. The pain is often made worse by drinking hot or cold fluids or biting on hard foods and may spread from the tooth to the ear or jaw on the same side. WHAT CAUSES AN ABSCESS? Damage to the tooth, an untreated cavity, or a gum disease can cause an abscessed tooth. If the cavity isn’t treated, the inside of the tooth can become infected. The bacteria can spread from the tooth to the tissue around and beneath it, creating an abscess. Gum disease causes the gums to pull away from the teeth, leaving pockets. If food builds up in one of these pockets, bacteria can grow, and an abscess may form. An abscess can cause the bone around the tooth to dissolve. WHY CAN'T ANTIBIOTIC TREATMENT ALONE BE USED? Antibiotics will usually help the pain and swelling associated with acute dental infections. However, they are not very good at reaching into abscesses and killing all the bacteria that are present.
  • Recognition and Management of Oral Health Problems in Older Adults by Physicians: a Pilot Study

    Recognition and Management of Oral Health Problems in Older Adults by Physicians: a Pilot Study

    J Am Board Fam Pract: first published as 10.3122/jabfm.11.6.474 on 1 November 1998. Downloaded from BRIEF REPORTS Recognition and Management of Oral Health Problems in Older Adults by Physicians: A Pilot Study Thomas V. Jones, MD, MPH, Mitchel J Siegel, DDS, andJohn R. Schneider, A1A Oral health problems are among the most com­ of the nation's current and future health care mon chronic health conditions experienced by needs, the steady increase in the older adult popu­ older adults. Healthy People 2000, an initiative to lation, and the generally high access elderly per­ improve the health of America, has selected oral sons have to medical care provided by family health as a priority area. l About 11 of 100,000 physicians and internists.s,7,8 Currently there is persons have oral cancer diagnosed every year.2 very little information about the ability of family The average age at which oral cancer is diagnosed physicians or internists, such as geriatricians, to is approximately 65 years, with the incidence in­ assess the oral health of older patients. We con­ creasing from middle adulthood through the sev­ ducted this preliminary study to determine how enth decade of life. l-3 Even though the mortality family physicians and geriatricians compare with rate associated with oral cancer (7700 deaths an­ each other and with general practice dentists in nually)4 ranks among the lowest compared with their ability to recognize, diagnose, and perform other cancers, many deaths from oral cancer initial management of a wide spectrum of oral might be prevented by improved case finding and health problems seen in older adults.
  • Oral Health and Disease

    Oral Health and Disease

    Downloaded from bmj.com on 19 August 2005 ABC of oral health: Oral health and disease Ruth Holt, Graham Roberts and Crispian Scully BMJ 2000;320;1652-1655 doi:10.1136/bmj.320.7250.1652 Updated information and services can be found at: http://bmj.com/cgi/content/full/320/7250/1652 These include: Rapid responses One rapid response has been posted to this article, which you can access for free at: http://bmj.com/cgi/content/full/320/7250/1652#responses You can respond to this article at: http://bmj.com/cgi/eletter-submit/320/7250/1652 Email alerting Receive free email alerts when new articles cite this article - sign up in the box at service the top right corner of the article Topic collections Articles on similar topics can be found in the following collections Dentistry and Oral Medicine (79 articles) Notes To order reprints of this article go to: http://www.bmjjournals.com/cgi/reprintform To subscribe to BMJ go to: http://bmj.bmjjournals.com/subscriptions/subscribe.shtml Clinical review Downloaded from bmj.com on 19 August 2005 ABC of oral health Oral health and disease Ruth Holt, Graham Roberts, Crispian Scully A healthy dentition and mouth is important to both quality of life and nutrition, and oral disease may affect systemic health, as Enamel covering crown Gingival crevice discussed in later articles in this series. (gingival sulcus) Dentine Development of the dentition Gingiva Pulp chamber Teeth form mainly from neuroectoderm and comprise a crown of insensitive enamel surrounding sensitive dentine and a root Periodontal ligament that has no enamel covering.
  • QUICK ORAL HEALTH FACTS ABOUT the YOUNG Dr Ng Jing Jing, Dr Wong Mun Loke

    QUICK ORAL HEALTH FACTS ABOUT the YOUNG Dr Ng Jing Jing, Dr Wong Mun Loke

    ORAL health IN PRIMARY CARE UNIT NO. 2 QUICK ORAL HEALTH FACTS ABOUT THE YOUNG Dr Ng Jing Jing, Dr Wong Mun Loke ABSTRACT Table 1. Eruption sequence of Primary Dentition This article sheds light on the sequence of teeth eruption Primary Upper Teeth Primary Lower Teeth in the young and teething problems; highlights the importance and functions of the primary dentition and Central Incisors: 8-13 months Central Incisors: 6-10 months provides a quick overview of common developmental Lateral Incisors: 8-13 months Lateral Incisors: 10-16 months dental anomalies and other dental conditions in Canines: 16-23 months Canines: 16-23 months children. First Molars: 16-23 months First Molars: 13-19 months Second Molars: 25-33 months Second Molars: 23-31 months SFP2011; 37(1) Supplement : 10-13 Table 2. Eruption sequence of Adult Dentition Adult Upper Teeth Adult Lower Teeth INTRODUCTION Central Incisors: 7-8 years Central Incisors: 6-7 years The early years are always full of exciting moments as we observe Lateral Incisors: 8-9 years Lateral Incisors: 7-8 years our children grow and develop. One of the most noticeable Canines: 11-12 years Canines: 9-10 years aspects of their growth and development is the eruption of First Premolars: 10-11 years First Premolars: 10-11 years teeth. The first sign of a tooth in the mouth never fails to Second Premolars: 11-12 years Second Premolars: 11-12 years attract the attention of the parent and child. For the parent, it First Molars: 6-7 years First Molars: 6-7 years marks an important developmental milestone of the child but Second Molars: 12-13 years Second Molars: 11-13 years for the child, it can be a source of irritation brought on by the Third Molars: 18-25 years Third Molars: 18-25 years whole process of teething.
  • Concurrence of Torus Palatinus, Torus Mandibularis and Buccal Exostosis Sarfaraz Khan1, Syed Asif Haider Shah2, Farman Ali3 and Dil Rasheed4

    Concurrence of Torus Palatinus, Torus Mandibularis and Buccal Exostosis Sarfaraz Khan1, Syed Asif Haider Shah2, Farman Ali3 and Dil Rasheed4

    CASE REPORT Concurrence of Torus Palatinus, Torus Mandibularis and Buccal Exostosis Sarfaraz Khan1, Syed Asif Haider Shah2, Farman Ali3 and Dil Rasheed4 ABSTRACT Torus palatinus (TP), torus mandibularis (TM), and buccal exostosis are localised, benign, osseous projections, occurring in maxilla and mandible. Etiology is multifactorial and not well established. Tori and exostoses have been associated with parafunctional occlusal habits, temporomandibular joint (TMJ) disorders, migraine and consumption of fish. Concurrence of TP, TM, and exostosis in the same individual is very rare. Concurrence of TP and TM has not been reported from Pakistan. We report a case of a 22-year female patient manifesting concurrence of TP, bilateral TM, and maxillary buccal exostoses; with possible association of abnormal occlusal stresses and use of calcium and vitamin D supplements. Key Words: Torus palatinus. Torus mandibularis. Exostoses. INTRODUCTION upper teeth, for the last one year. She noticed a gradual Torus palatinus (TP) is a localised, benign, osseous increase in the severity of her symptoms. The patient projection in midline of the hard palate. Torus denied any associated pain or ulceration. She had mandibularis (TM) is a benign, bony protuberance, on remained under orthodontic treatment for 2 years for the lingual aspect of the mandible, usually bilaterally, at correction of her crooked teeth. After completion of the the canine-premolar area, above the mylohyoid line. treatment, she was advised to wear removable retainer appliance; but owing to her admittedly non-compliant Exostoses are multiple small bony nodules occurring attitude towards treatment, malalignment of her teeth along the buccal or palatal aspects of maxilla and buccal recurred within the next 2 years.
  • Torus Palatinus and Torus Mandibularis in Edentulous Patients

    Torus Palatinus and Torus Mandibularis in Edentulous Patients

    Torus Palatinus and Torus Mandibularis in Edentulous Patients Abstract Aim: To determine the prevalence of tori in Jordanian edentulous patients, the sex variation in their distribution, and their clinical characteristics. Methods: Three hundred and thirty eight patients were examined in the Prosthodontic Clinic in the Department of Restorative Dentistry at Jordan University of Science and Technology. The location, extent, and clinical presentation of tori were recorded related to the age and sex of patients. Results: The overall prevalence of tori was 13.9%. The prevalence of torus palatinus was 29.8% (14/47), while that of torus mandibularis was significantly higher 42.6%(20/47). Both types of tori were associated with each other in 27.7% of cases (13/47). Conclusions: There was no significant difference in the prevalence of tori between males and females. There seems to be a strong association between mandibular and palatal tori. Keywords: Tori, torus palatinus, torus mandibularis Citation: Al Quran FAM, Al-Dwairi ZN. Torus Palatinus and Torus Mandibularis in Edentulous Patients. J Contemp Dent Pract 2006 May;(7)2:112-119. 1 The Journal of Contemporary Dental Practice, Volume 7, No. 2, May 1, 2006 Introduction Tori are benign anatomical bony prominences occurring in the hard palate and the lingual aspect of the mandible. Although they are generally asymptomatic, surgical intervention may be required in some cases for prosthodontic purposes.1 Currently, tori are considered to be an interplay of genetic and environmental factors with a familial occurrence suggesting autosomal dominant inheritance with reduced penetrance.2 Suzuki and Saki10 suggested the two anomalies are due to the same autosomal dominant gene.
  • DIAGNOSIS ICD-9 ICD-10 a Abscess

    DIAGNOSIS ICD-9 ICD-10 a Abscess

    2701 North Decatur Road Decatur, GA 30033 ● P: (404) 501-7445 ● F: (404) 501-7460 www.atlantaoralpathology.com Steve Budnick, DDS Susan Muller, DMD, MS DIAGNOSIS ICD-9 ICD-10 A Abscess -oral 528.5 K12.2 -jaw 526.4 M27.2 -skin, neck 682.1 L02.01 Acute and/or chronic inflammation -jaw 526.4 M27.2 -oral soft tissue 528.00 K12.2 Amalgam tattoo 709.09 L81.8 Ameloblastoma-mandible 213.1 D16.5 -maxilla/skull 213.0 D16.4 B Benign neoplasm of lip D10.0 Benign neoplasm of tongue D10.1 Bengin neoplasm of parotid D11.0 Benign neoplasm of other major salivary gland D11.7 Benign neoplasm of major salivary gland, unspecified D11.9 Benign neoplasm floor of mouth D10.2 Benign neoplasm, unspecified mouth D10.30 Benign neoplasm, other parts of mouth D10.39 Benign neoplasm of tonsil D10.4 Benign neoplasm-middle ear and nasal sinus D14.0 Benign fibro-osseous lesion -mandible 213.1 D16.5 -maxilla 213.0 D16.4 C Caliber persistent artery 747.6 I77.9 Candidiasis B37.9 Central giant cell granuloma M27.1 Chronic osteomyelitis 526.4 M27.2 Chronic sialadenitis 527.2 K11.23 Cyst of undetermined origin 526.2 M27.40 Cysts, bone{aneurysmal,hemorrhagic) 526.2 M27.49 D Dental follicle (enlarged) 526.9 M27.0 Dentigerous cyst 526.0 K09.0 Dental granuloma 526.4 M27.2 Developmental cyst NOS 526.1 K09.0 Dysplasia – mid 528.79 K13.29 -moderate 528.79 K13.29 -severe 528.79 K13.29 E Epidermoid cyst – mouth 528.4 K09.9 - skin 706.2 L72.0 Epulis fissuratum 528.9 K13.70 Eruption cyst 526.0 K09.0 Erythema migrans 529.1 K14.1 Erythema multiforme 695.1 L51.8 Exostosis 526.81 M27.8 F
  • Description Concept ID Synonyms Definition

    Description Concept ID Synonyms Definition

    Description Concept ID Synonyms Definition Category ABNORMALITIES OF TEETH 426390 Subcategory Cementum Defect 399115 Cementum aplasia 346218 Absence or paucity of cellular cementum (seen in hypophosphatasia) Cementum hypoplasia 180000 Hypocementosis Disturbance in structure of cementum, often seen in Juvenile periodontitis Florid cemento-osseous dysplasia 958771 Familial multiple cementoma; Florid osseous dysplasia Diffuse, multifocal cementosseous dysplasia Hypercementosis (Cementation 901056 Cementation hyperplasia; Cementosis; Cementum An idiopathic, non-neoplastic condition characterized by the excessive hyperplasia) hyperplasia buildup of normal cementum (calcified tissue) on the roots of one or more teeth Hypophosphatasia 976620 Hypophosphatasia mild; Phosphoethanol-aminuria Cementum defect; Autosomal recessive hereditary disease characterized by deficiency of alkaline phosphatase Odontohypophosphatasia 976622 Hypophosphatasia in which dental findings are the predominant manifestations of the disease Pulp sclerosis 179199 Dentin sclerosis Dentinal reaction to aging OR mild irritation Subcategory Dentin Defect 515523 Dentinogenesis imperfecta (Shell Teeth) 856459 Dentin, Hereditary Opalescent; Shell Teeth Dentin Defect; Autosomal dominant genetic disorder of tooth development Dentinogenesis Imperfecta - Shield I 977473 Dentin, Hereditary Opalescent; Shell Teeth Dentin Defect; Autosomal dominant genetic disorder of tooth development Dentinogenesis Imperfecta - Shield II 976722 Dentin, Hereditary Opalescent; Shell Teeth Dentin Defect;
  • Prevalence of Torus Mandibularis in Viking Age Icelanders

    Prevalence of Torus Mandibularis in Viking Age Icelanders

    Richter and Eliasson ORIGINAL SCIENTIFIC PAPER Prevalence of Torus Mandibularis in Viking Age Icelanders • Richter S, Eliasson ST • University of Iceland, Faculty of Odontology, Vatnsmyravegi 16, 101 Reykjavik, Iceland Address for correspondence: Svend Richter University of Iceland Faculty of Odontology Vatnsmyravegi 16, 101 Reykjavik, Iceland E-mail: [email protected] Bull Int Assoc Paleodont. 2012;6(2):40-50. Abstract Of 48 available crania dated older than 1104AD, from the archaeological site of Skeljastadir in Thorsardalur, Iceland, 24 (50%) had torus mandibularis. There was no sex difference observed. The prevalence is similar among other populations in the northern hemisphere from the same time period. According to a number of authors, environmental and functional factors, particularly high masticatory activity, play a predominant part in the etiology. People from artic- and subartic areas survived on an animal diet, mostly fish and meat, but people living further south in a more temperate climate had more of an agricultural diet. Higher prevalence was found in the age group above 36 years than in the group 35 years and below. The majority of the tori were small or medium in size. The most frequently occurring variant was the multiple bilateral form, followed by the multiple unilateral form. The prevalence of torus mandibularis in the study was much higher than found in modern Iceland. Keywords: Torus Mandibularis; Viking Age Icelanders Introduction Torus mandibularis is a bony protruberance or exostosis on the lingual surface of the mandible, above the mylohyoid ridge, generally situated in the canine and the premolar region. The trait can occur unilaterally or bilaterally, with symmetrical occurrence visible as either as a single elevation or Bull Int Assoc Paleodont.
  • Partnering General Practitioners to Advance Community Oral Health

    Partnering General Practitioners to Advance Community Oral Health

    E D I T O R I A L PartNERING GENERAL PRACTITIONERS to ADVANCE CoMMUNITY ORAL Health SFP2011; 37(1) Supplement : 4 In Unit 3 – “Recognising Common Adult Oral Conditions” – Dr Rahul Nair, Dr Adeline Wong, Dr Joanna Ngo and Dr Wong Mun Loke highlight the common oral problems in the Oral health has long been overlooked in the medical adult population which are dental caries, and periodontal community. We are not well versed in anything more disease. The prevention of oral diseases has now taken on than the rudimentary aspects of oral health. The medical the strategy of targeting a small set of risk factors that are school curriculum is also lacking in coverage of this area of important for a large number of diseases. This Common Risk medicine. This is despite the fact that oral health and hygiene Factor Approach aims to reduce risk factors in diet, stress, is often one of the first indicators of the general health of hygiene, smoking, alcohol, lack of exercise and injuries to the individual, and of disease. prevent the onset of a range of diseases including dental caries and periodontal disease. Many of us in Family Practice see the very young in our daily work. Neonates, infants and toddlers make up, for some of In Unit 4 – “Ageing and its Influence on the Oral us, a large part of our clinical responsibilities. We are often Environment” – Dr Hilary Thean and Dr Wong Mun Loke faced with questions from anxious parents such as teething cover issues which are specific to the ageing process and issues, new tooth eruption, tongue tie and the list goes on.