(n.) The sense of hearing; the perception of sounds; the power of discriminating between different tones; as, a nice ear for music; -- in the singular only.
(n.) That which resembles in shape or position the ear of an animal; any prominence or projection on an object, -- usually one for support or attachment; a lug; a handle; as, the ears of a tub, a skillet, or dish. The ears of a boat are outside kneepieces near the bow. See Illust. of Bell.
(n.) Same as Acroterium.
(n.) Same as Crossette.
(n.) Privilege of being kindly heard; favor; attention.
(v. t.) To take in with the ears; to hear.
(n.) The spike or head of any cereal (as, wheat, rye, barley, Indian corn, etc.), containing the kernels.
(v. i.) To put forth ears in growing; to form ears, as grain; as, this corn ears well.
(v. t.) To plow or till; to cultivate.
Example Sentences:
(1) In addition autoradiography was performed to localize labelled cells in the inner ear.
(2) In addition to the aqueduct other associated inner ear anomalies have been identified in 60% of this population including: enlarged vestibule (14); enlarged vestibule and lateral semicircular canal (7); enlarged vestibule and hypoplastic cochlea (4); and hypoplastic cochlea (4).
(3) Circuitry has been developed to feed the output of an ear densitogram pickup into one channel of a two-channel Holter monitor.
(4) Bipolar derivations with the maximum PSE always included the locations with the maximum PSE obtained from a linked ears reference.
(5) There were no statistically significant increases in ABR thresholds for irradiated ears vs. control ears.
(6) In the 12 prognostically most favourable ears the cavity was repneumatized.
(7) In the study group 43 (64%) children had a confirmed bacterial AOM and 24 (36%) showed no bacterial growth from middle ear fluid.
(8) Ernst Reissner studied the formation of the inner ear initially using the embryos of fowls, then the embryos of mammals, mainly cows and pigs, and to a less extent the embryos of man.
(9) Platinum deer mice are conspicuously pale, with light ears and tail stripe.
(10) Fascia TM grafts atrophied in 35 of 43 ears (80%), and perichondrium atrophied in 8 of 20 ears (40%).
(11) Noise exposure and demographic data applicable to the United States, and procedures for predicting noise-induced permanent threshold shift (NIPTS) and nosocusis, were used to account for some 8.7 dB of the 13.4 dB average difference between the hearing levels at high frequencies for otologically and noise screened versus unscreened male ears; (this average difference is for the average of the hearing levels at 3000, 4000, and 6000 Hz, average for the 10th, 50th, and 90th percentiles, and ages 20-65 years).
(12) Recurrent respiratory infections occurred in 17 (38%), and chronic recurrent middle ear effusions were noted in 33 (73%).
(13) The observed staining indicated that the epithelium of the external auditory meatus has a pattern of keratin expression typical of epidermis in general and the epithelium of the middle ear resembles simple columnar epithelia.
(14) On the seventh day, when middle ear effusions were absent, the ciliary activity had recovered to normal.
(15) Calves were tagged in the right ear with the green certified preconditioned for health (CPH) tag of the American Association of Bovine Practitioners.
(16) Inner Ear Decompression Sickness (IEDCS)--manifested by tinnitus, vertigo, nausea, vomiting, and hearing loss--is usually associated with deep air or mixed gas dives, and accompanied by other CNS symptoms of decompression sickness (DCS).
(17) Real ear CVRs, calculated from real ear recordings of nonsense syllables, were obtained from eight hearing-impaired listeners.
(18) A 56-year-old man was admitted because of left facial palsy and hearing loss of bilateral ears.
(19) Bamu also beat him, taking a pair of pliers and wrenching his ear.
(20) Most symptoms come from the ciliated airways (nose, paranasal sinuses, and bronchs) and from the middle ear.
Otitis
Definition:
(n.) Inflammation of the ear.
Example Sentences:
(1) Statistically significant differences were found mainly in the randomized trial, where during the first and second years, respectively, adenoidectomy subjects had 47% and 37% less time with otitis media than control subjects and 28% and 35% fewer suppurative (acute) episodes than control subjects.
(2) Two young patients presented with generalised lymphadenopathy, otorrhoea, otitis, and rash.
(3) The unit was used to treat 110 patients with chronic purulent middle otitis.
(4) TE-031 was ineffective in 1 case of otitis media, but efficacious in 10 of 10 (100%) cases of upper respiratory infection, 15 of 18 (83.3%) cases of bronchitis and pneumonia, 5 of 6 (83.3%) cases of pertussis, 13 of 13 (100%) cases of mycoplasmal pneumonia, 4 of 4 (100%) cases of Chlamydia psittaci pneumonia, 16 of 16 (100%) cases of gastroenteritis (including 15 cases of Campylobacter gastroenteritis), and 1 (100%) case of impetigo.
(5) In severely affected children who have chronic otitis media with effusion resistant to medical therapy, adenoidectomy is an effective treatment.
(6) The material consisted of serially sectioned eustachian tubes of 26 normal temporal bones and four pathologic temporal bones, three of them with simple chronic otitis media and one with cholesteatoma.
(7) The current medical management of children with chronic suppurative otitis media without cholesteatoma unresponsive to local treatment and oral antibiotics is intravenous antibiotic therapy in the hospital setting.
(8) The observed degree of efficacy of amoxicillin prophylaxis and of tympanostomy tube insertion must be viewed in light of the fact that study subjects proved not to have been at as high risk for acute otitis media as had been anticipated and in view of the differential attrition rates.
(9) The use of homografts appears to be a promising method of repairing the sequelae of chronic otitis.
(10) Three cases of malignant external otitis with varied clinical causes are presented.
(11) A review of the 20th century English-language literature has produced a total of 320 cases of tuberculous otitis media or otomastoiditis, of which a surprising 93 cases have been reported in the 5-year period 1986-1990.
(12) The rate of surgery reached a level, among 3-year-old children in particular (25.0 per 1000 cases of otitis among boys, 23.9 per 1000 cases of otitis among girls), that some authors have termed "epidemic."
(13) These infections include chronic otitis media, chronic sinusitis and mastoiditis, chronic recurrent tonsillitis and lung abscesses.
(14) Glomus tumors in children may be hidden by otitis media and appear more likely to be endocrine active.
(15) The major pathogens causing acute otitis media (AOM) are Streptococcus pneumoniae and Haemophilus influenzae, with Moraxella catarrhalis, Streptococcus pyogenes, and Staphylococcus aureus less frequently isolated.
(16) The mothers of children who experienced six or more episodes of otitis media in the first 2 years of life rated their children as significantly more demanding at age two and at follow-up 6 months later than did the mothers of children who experienced no more than one episode of the illness.
(17) Amoxicillin-clavulanate potassium is effective in vitro against all bacterial pathogens causing acute otitis media and has been reported to be effective when given twice daily for urinary tract infections, acute otitis media and respiratory tract infections.
(18) The round window niche and membrane can be involved in clinical problems including perilymphatic fistulas, sensorineural hearing loss in otitis media, and a variety of others.
(19) If a chronic inflammation in the middle ear is suspected, HRCT is the study of choice to differentiate cholesteatoma from chronic otitis media.
(20) Although significantly higher than in uninfected children, auditory canal temperatures of children with acute otitis media reflected elevated rectal temperatures and not differences in auditory canal temperatures between ears.