Gene/Protein Disease Symptom Drug Enzyme Compound
Pivot Concepts:   Target Concepts:
Query: UMLS:C0262471 (ENT)
 5,307 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

This retrospective study objects to report epidemiological profile, clinical display and take care of progressive noma at the National Hospital Center of Ouagadougou. We assign the term noma to the gangrenous gingivo-stomatitis occurring in a prone environment, leading in a few days into a sharp ulcer in the soft parts, accompanied by halitosis. This definition excludes noma like-lesions. 27 cases have been observed in the ENT department and the Paediatrics between 1991 and 1995. They were 17 boys and 10 girls aging between 2 and 8 years and most of them coming from families with modest income (76%). The consultation delay averaged 8 days. The research for associated pathologies showed 63% energizing and protein malnutrition. We only observed unilateral localisations and no case of extra-facial one. At the stage we received our patients, the gangrenous was formed and the aspect evoked noma right away. Quite a lot needs to be done for precocious diagnosis because it is at the beginning phase that best evolution is obtained. Even though no evidence of the responsibility of a specific pathogenic germ was established so far, nevertheless, the assumption that has more support remains that of a bacterial infection in a prone environment. The vital prognosis of the progressive noma appears to be much linked with intensive care and feeding again. The hope to see this poverty-linked pathology under control is essentially based on prevention: medical population information, medical personnel's awareness for early diagnosis and best take care of these patients, improvement of the living conditions of the people and the health care services.
 ...
PMID:[Progressive noma: apropos of 27 cases seen at the National Hospital Center of Ouagadougou]. 982 55

Bad breath, or halitosis, affects between 50 and 65% of the population. Despite its frequency, this problem is often unaccepted and declared taboo. In about 8% of the cases, bad breath is related to an ENT pathology (sinusitis, tonsillitis, ...). More rarely it is caused by a metabolic (diabetes, trimethylaminuremia, ...) or gastric dysfunction. Ninety percent of the cases however, are associated to an oral disease: either gingivitis due to an inadequate removal of dental plaque, especially from interdental spaces, or periodontitis (alveolar bone destruction), or bacterial accumulation on the dorsum of the tongue. In most cases, an intensive disinfection of the mouth by scaling and root planing and/or instruction of a perfect oral hygiene will be sufficient to solve the problem. Perfumed mouthwashes or toothpastes will only give a short-term masking effect. An effective collaboration between a dentist or a periodontist and an ENT specialist is of great importance to dealt with bad breath.
 ...
PMID:[Halitosis: a multidisciplinary problem]. 1008 8

Bad breath is a major concern to the general population and a source of an important profit industry world wide. Between 50 and 60 per cent of the population suffer from chronic halitosis. This can have consequences for private or professional life. Reasons can imply many specialities: ENT, gastro-enterology, pneumology, hepatology, genetics and psychiatry (a high percentage of the patients who come to the clinic with a primary complaint of halitosis do not have a detectable problem). Nevertheless, 85% are stomatological and are explained by the release of volatile sulfur compounds. These substances have a very offensive odor in very low concentrations. A specialized device called a halimeter is available to measure the volatile sulphur compounds in mouth air but in practice the objective assessment of malodor is still best performed by the organoleptic method. A careful examination can determine the patient's problem in most cases. Initial treatment strategy should focus on the exact cause and on oral hygiene. In addition to the usual recommendations, the daily use of tongue cleaners is very beneficial. Other than etiologic therapy, masking can be achieved by oral care products (mouth rinses, toothpastes, chewing gums) which contain metal ions, especially zinc, that inhibit odor formation because of its affinity to sulphur compounds.
 ...
PMID:[Halitosis in 1999]. 1060 16

Pediatric tonsillectomy is a common procedure in the ENT practice, usually in a Day-surgery basis. The aim of the present work is to further investigate postoperative morbidity to improve both treatment and quality of assistance. 126 children operated in our Day-surgery unit were included in the study, and a questionnaire with items related to postoperative pain, otalgia, halitosis, vomitig, fever and other aspects was filled by their parents or relatives in charge. Significative pain lasting until the third or fourth day was recorded in half of the cases. At the end of the first week most of the children are improved, although only 55% are eating normally. Vomitting, usually the day of the surgery, is described by one third of cases. In our experience, ambulatory tonsillectomy is a safe procedure with low incidence of complications, which are mild. However, the delay in returning to a normal diet and the relative high incidence of vomiting bring into question the inclusion of tonsillectomy in a Day-Surgery program, making necessary to implement treatment protocols to avoid such problems.
 ...
PMID:["Usual" morbidity of pediatric tonsillectomy: a study of 126 cases]. 1152 45

Halitosis affects more than 60% of the population. In about 8% of the cases, halitosis is related to an ENT pathology, and in less than 1% to gastric dysfunction. Ninety percent of these problems are associated to an oral disease. Gram-bacteria are often responsible of bad breath. They transform some amino-acids in volatile sulphur compounds. These bacteria are, also, directly associated with periodontal diseases which affect a major part of the adult population. These diseases are the most important cause of tooth loss after the age of thirty-five, with progressive destruction of supporting tissues of the teeth.
 ...
PMID:[Origin and treatment of bad breath]. 1214 81

Halitosis can be a crippling social problem, and standard dental treatments and mouthwashes often provide only temporary relief. The mouth is home to hundreds of bacterial species that produce several fetid substances as a result of protein degradation. Volatile sulfur compound (VSC)-producing bacteria colonizing the lingual dorsum have recently been implicated in the generation of halitosis. Detection of VSCs, such as methylmercaptan and hydrogen sulfite, via organoleptic and objective methods, can aid in the identification of their source. Following comprehensive evaluation for possible causes, most halitosis in patients seen in an ENT practice can be localized to the tongue. We review methods of diagnosis and treatment of oral malodor from the overgrowth of proteolytic, anaerobic, gram-negative bacteria on the crevices of the lingual dorsum. Bacteriologic analysis of biofilm and scraped specimens obtained from the lingual dorsum and other oral sites, primarily gingival pockets and tonsillar crypts, can identify VSC-producing bacteria. Porphyromonas, Prevotella, Actinobacillus, and Fusobacterium species are the most common organisms identified. Halitosis is an oral phenomenon, with almost no cases originating distal to the tonsils. Halitosis arising from the lingual dorsum secondary to overpopulated VSC-producing bacteria can be successfully managed with a combination of mechanical cleansing using tongue brushes or scrapes and chemical solutions containing essential oils, zinc chloride, and cetylpyridinium chloride.
 ...
PMID:The relationship between oral malodor and volatile sulfur compound-producing bacteria. 1707 Dec 91

The objective of the present study was to estimate the potential of gas chromatography as a tool for diagnostics of chronic ENT pathology in the children. A total of 37 patients aged between 5 and 18 years with chronic ENT diseases and complaints of foul breath were available for the examination. Thirty one children presented with chronic tonsillitis, 3 with chronic adenoiditis, 2 with chronic rhinosinusitis, and 1 with subatrophic rhinitis. It was shown with the use of gas chromatography that the exhaled air from 34 (91.9%) patients contained cadaverin at a concentration of 0.004-0.0009 mg/ml. Three (8.1%) children exhaled methyl mercaptan (0.01-0.025 mg/m3) and hydrogen sulfide (0.002-0.006 mg/m3), and 2 (5.4%) patients exhaled the air containing dimethyl disulfide (0.009-0.002 mg/m3). The volatile sulfur-containing compounds were detected only in the children aged above 14 years. It is concluded that chronic tonsillitis is the leading etiological factor responsible for the development of the extraoral form of halitosis in the children. The foul breath in the children unlike that in the adults is most frequently due to the enhanced cadaverin concentration in the exhaled air rather than the production of volatile sulfur-containing compounds.
...
PMID:[Halitosis concomitant with chronic ENT pathology in children]. 2430 Jul 64

Although halitosis is a widespread condition, it is still seen as too personal or embarrassing to talk about. The cause of real halitosis can be intraoral or extraoral. In order to determine the level of knowledge of health care providers in Switzerland, a survey was conducted over a period of three years in which 150 family physicians, 150 ear, nose and throat specialists, 154 dentists and 151 dental hygienists were personally interviewed. The survey shows that only 46.7% of the dentists and only 47.0% of the dental hygienists are consulted by patients for their halitosis, whereas 58.0% of the family physicians and 50.7% of the ENT specialists reported treating 1-10 patients for halitosis per year, while 46.7% of the ENT doctors even reported treating 11-100 patients for halitosis per year. 81.5% of all interviewed doctors and dental hygienists were of the opinion that halitosis mainly originates intraorally. 76.0% of the dentists and 72.8% of the dental hygienists as well as 33.3% of the family physicians recommend periodontitis therapy as halitosis treatment. This proves that a large percentage of medical professionals thinks that marginal periodontitis is the most common cause of halitosis. This study also shows that patients seek first consultations with dentists and dental hygienists less often than with family physicians and ENT specialists, despite the fact that the cause of halitosis is primarily intraoral.
...
PMID:Knowledge of different medical and dental professional groups in Switzerland about halitosis. 2550 46

Foreign body (FB) in the aerodigestive tracts has been commonly reported but findings of impacted foreign bodies in the nasopharynx following inhalation/ingestion are very rare. Most of the FB gets lodged as a result of forceful vomiting, coughing,and digital manoeuvres for removal of FB in the oropharynx. Several objects have been identified lodged in the nasopharynx. No age group is spared although most victims are children under 10 years of age. Foreign bodies in the nasopharynx can be uneventful or potentially dangerous depending on type, size and location as it may cause sudden airway obstruction, or local pressure necrosis of alimentary or respiratory tract or both. Presentation in children is usually with a history of swallowed FB which may not be witnessed in children, choking, cough, bluish discolouration, breathlessness, drooling of saliva, halitosis, rhinorrhoea, snoring, stridor, dysphagia, vomiting and dysphonia. A foreign body in the nasopharynx is a challenge to patient, parents, the physician and the ENT surgeon, as it may be miss-diagnosed, in the index case, as Pharyngotonsilitis. The index patient, a 14 month child,was presented with a two days history of fever, drooling of saliva, mouth breathing, and digital manipulation. Lateral imaging of the post nasal space following initial treatment with antibiotics, aided the diagnosis of a periwinkle shell in the nasopharyngx that was removed during a nasopharyngoscopy under general anaesthesia without complication and subsequently discharged home. This emphasizes a high index of suspicion for FB in the nasopharynx in children with history of missing foreign body, digital manipulation, drooling of saliva and mouth breathing. Lateral X-ray of the postnasal space, neck, chest and abdomen should be the minimum investigation required.
 ...
PMID:FOREIGN BODY IN THE NASOPHARYNX; MASQUERADING AS PHARYNGOTONSILLITIS. 2748 18