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Tympanitis

Toxic Reactions of the Skin Irritation is the most common reaction of the skin. Skin irritation is usually a local inflammatory reaction. The most common skin irritants are solvents dehydrating, oxidizing, or reducing compounds and cosmetic compounds. Acids and alkalies are common irritants. Irritation reactions can be divided into acute irritation and corrosion. Necrosis of the surface of the skin is typical for corrosion. Acids and alkalies also cause chemical burns. Phenols, organotin compounds, hydrogen fluoride, and yellow phosphorus may cause serious burns. Phenol also causes local anesthesia, in fact it has been used as a local anesthetic in minor ear operations such as puncture of the tympanous membrane in cases of otitis. ... [Pg.307]

Pauken-. drum (Anat.) tympanic, -fell, n. (kettle) drumhead (Anat.) membrana tym-pani. [Pg.334]

Trommel,/, drum barrel, cylinder tumbler (Anat.) tympanum, -darre, /. drum kiln, -fell, n., -haut, /. drumhead (Anat.) tympanic membrane, -filter, n. drum filter or strainer. -malzerei, /. drum malting, -mischer, m. drum mixer, -miihle, /. drum mill, (Ceram.) Aising cylinder. [Pg.453]

D. A cold solution could damage die tympanic membrane... [Pg.632]

Other clinical studies have been focused on the artificial tympanic membrane application, ventilation mbes, an adhesion Barrier, elastic bioactive coatings on load-bearing dental and hip implants, and also for wound healing purposes. ... [Pg.228]

A 15-month-old girl presents to the pediatric clinic with 2 days of fever (38.9°C), runny nose, and fussiness. Her mother states that she is more irritable than usual and cries many times throughout the night. She is not as interested in eating today. She attends day care and has a 5-year-old brother who recently had a cold. Physical examination reveals erythema and bulging of the right tympanic membrane and the presence of middle ear fluid. The left tympanic membrane is obscured with cerumen. [Pg.1062]

Opaque or cloudy tympanic membrane obscuring or reducing visibility of middle ear... [Pg.1063]

Myringotomy A surgical incision in the tympanic membrane to relieve pressure and drain fluid from the middle ear. [Pg.1571]

Pneumatic otoscopy A diagnostic technique involving visualization of the tympanic membrane for transparency, position, and color, and its response to positive and negative air pressure to assess mobility. [Pg.1574]

Tympanocentesis Puncture of the tympanic membrane with a needle to aspirate middle ear fluid. [Pg.1578]

Single-dose oral toxicity studies in rats, mice, and cattle indicate that signs of diisopropyl methylphosphonate intoxication include decreased activity, ataxia, tympanitis, and prostration within 1-4 hours after dosing (Hart 1976 Palmer et al. 1979). Mink that received 1,852 mg/kg/day diisopropyl methylphosphonate in their feed displayed aggressive behavior. However, it was concluded that this behavior was probably due to hunger resulting from the unpalatability of the feed (Aulerich et al. 1979). [Pg.91]

Ronk R, White MK. 1985. Hydrogen sulfide and the probabilities of inhalation through a tympanic membrane defect. J Occup Med 27 337-340. [Pg.199]

A sheet of rubber used in newspaper and poster work on the tympan of cylinder presses to secure a smooth, but not too hard, printing surface. [Pg.50]

In clinical settings core temperature measurements, including pulmonary artery and esophagus measurements, are often required. In 1959 Benzinger [1] first proposed the human tympanic membrane as the ideal site for core temperature measurements. The tympanic membrane is ideal, because it is located near the carotid artery and shares its blood supply with the hypothalamus, which controls body temperature. First temperature measurements in the ear were performed with thermistor sensors in direct contact with the tympanic membrane. The invasiveness of this method limited its use mainly to anaesthetized patients. [Pg.73]

The first clinical IRET used thermopile sensors to achieve non-contact temperature measurement in the ear. In 1991 a tympanic thermometer for home use was first introduced to the consumer market (Thermoscan HM 1). It utilized a pyroelectric sensor which requires the use of a suitable mechanical shutter or chopper mechanism, since it is only sensitive to temperature changes [3]. The main advantage of the pyroelectric sensor unit was its lower cost. However, prices for thermo-... [Pg.73]

The measurement target, tympanic membrane with surrounding tissue, can be treated as a blackbody radiation source with an emissivity of e(A) 0.98... 1. The emissivity is mainly independent of skin color, cemmen or hair in the ear canal. [Pg.77]

Ten-day courses are recommended for children older than age 2 years and in recurrent otitis AI-AIII media, or otitis media with perforated tympanic membrane. [Pg.493]

Direct application of phenol to the inner ear of rats has resulted in external otitis, inner ear damage, and decreased brain-stem auditory response (Schmidt et al. 1990), and inflammation of the tympanic membrane (Schmidt and Hellstrom 1993). These studies were conducted because phenol has been used as a topical anesthetic in infected ears. [Pg.89]

Schmidt SH, Hellstrom S. 1993. Phenol anesthesia of the tympanic membrane in purulent otitis media A structural analysis in the rat. Eur Arch Otorhinolaryngol 249 470-472. [Pg.225]

Spec/a/senses - Conjunctivitis, earache, photophobia, tinnitus, tympanic membrane perforation, vision abnormal. [Pg.418]

Skull Pre-maxillae, nasals, frontals, parietals, interparietal, occipitals (supraoccipital, occipital condyles, basioccipital), zygomatics, squamosals, lacrimals, tympanic bullae, mandibles, hyoid, palatine bone, vomer, presphenoid, basisphenoid, maxillae Figs. 1, 2, 3, and 4. [Pg.204]

Rotate fetus on its back to examine skull from ventral aspect examine basioccipitals, basisphenoid, incisors, nasals, nasal cartilages, squamosals, tympanic bullae, maxillae, and zygomatic arches and rotate skull to also examine the lateral aspects. [Pg.220]

I Contraindications Hypersensitivitytoaceticacidoranyoftheingredients.Perforated tympanic membrane is frequently considered a contraindication to the use of any medication in the external ear canal. [Pg.13]

Contraindications Hypersensitivity to benzocaine or ester-type local anesthetics, perforated tympanic membrane or ear discharge (otic preparations)... [Pg.128]

Colitis, pneumonia, tympanic membrane disorder, and pyrexia occur rarely. [Pg.909]

The ear is divided into three sections, these being the outer, middle, and inner ear. The outer ear consists of the pinna and ear canal. The sound wave enters the pinna and travels through the ear canal to the ear drum (tympanic membrane). The outer ear... [Pg.135]

Thermal emission is based on measuring the fundamental absorption bands of glucose at 10pm, using the body s naturally emitted infrared radiation as the source. The detection equipment is similar to that used for infrared absorption spectroscopy. Malchoff et al.82 reported the evaluation of a prototype that measures the infrared emission from the tympanic membrane. [Pg.350]


See other pages where Tympanitis is mentioned: [Pg.650]    [Pg.249]    [Pg.1063]    [Pg.1063]    [Pg.1063]    [Pg.1067]    [Pg.56]    [Pg.113]    [Pg.117]    [Pg.447]    [Pg.491]    [Pg.62]    [Pg.113]    [Pg.312]    [Pg.206]    [Pg.95]    [Pg.360]    [Pg.62]    [Pg.113]    [Pg.312]    [Pg.568]    [Pg.27]   
See also in sourсe #XX -- [ Pg.95 ]




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Temperature tympanic

Tympanic Endoscopy

Tympanic cavity

Tympanic membrane

Tympanic membrane perforation

Tympanic membrane rupture

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