hearing loss造句
61. OBJECTIVE Explore the ways of cochlear implantation (CI) surgery technique for bilateral profound sensorineural hearing loss patients with otitis media and mastoiditis .
62. Listening injury, suffered long - term noise pollution lead to hearing loss, emotional impact.
63. The best way to fend off future hearing loss is to protect your ears with earplugs or noise-reducing earmuffs.
64. The results show that, compared with a normal ear, the approximate entropy of TEOAE without CAS was reduced for cochlear hearing loss, while it did not change for retrocochlear hearing loss.
65. Objective To study MRI value in evaluating the etiology of sensorineural hearing loss(SNHL).
66. Clinically , all developed blurred vision, 12 had hearing loss, 11 had headache, and 5 had tinnitus.
67. It can cause hearing loss, stress, high blood pressure, sleep loss, distraction, and lost productivity.
68. Conclusion The proband's hearing loss resulted from the compound heterozygous mutations N392Y and S448X for SLC26A4 gene.
69. When children with hearing loss try to learn in a noisy, unsupportive classroom environment, they can quickly fall behind in their educational efforts.
70. Spasm of the small labyrinthine vessels can give rise to vertigo and hearing loss.
71. The most common sources of noise-induced hearing loss include explosions, power tools, music and common machinery.
72. Objective To investigate the effects of hearing loss on cerebral metabolic rate for glucose (CMRgl).
73. These effects include reversible hearing loss and tinnitus ( ringing in the ears ).
74. Objective : Auditory neurons lesions and sensory hair cells loss cause irreversible sensorineural hearing loss.
75. According to Dr. Steven D. Rauch, a professor of otolaryngology at Harvard, there are four major areas for concern: ear hygiene, noise injuries, age-related hearing loss and ear health emergencies.
76. In other types of hearing loss, treating the problem that caused the hearing loss, such as removing earwax or taking medicine for an infection, results in the return of normal hearing.
77. Acoustic stapedius reflex in patients with mild or no hearing loss is useful for defining the involved sites and evaluating the prognosis.
78. Objective To study the protective effect of Buflomedil on noise-induced hearing loss in guinea pigs.
79. A number of acute hearing loss model was established in hypercoagulable state under the blockage of blood vessels.
80. The results show that the finite element model with perforations may be useful to predict the conductive hearing loss resulting from a tympanic membrane perforation.
81. Objective To investigate the clinical application of distortion product otoacoustic emissions(DPOAEs) with contralateral suppression effects in early diagnosis of noise-induced hearing loss.
82. Objective: Hearing loss is most common sensory disorder in the human population.
83. By age 40, the incidence of hearing loss rises to 10 percent.
84. Methods:60 patients with sudden hearing loss were randomly divided into two groups with 30 patients each. Hormone was used either by intratympanic injection or intravenous drip.
85. The stigma of hearing loss manifests itself in many ways.
86. The findings of ASSR and audiometry were better correctedin identifying sensorineural hearing loss.
87. Study whether we can deduce low conductive hearing loss from the change of resonant frequency.
88. American researchers believe certain stem cells brain hold key to potential cure for hearing loss.
89. Results The resonant frequencies of low conductive frequency hearing loss and normal hearing groups were different.
90. Conclusion Preventive use of Buflomedil could alleviate noise-induced damage to outer hair cells in guinea pigs, and could protect against noise-induced hearing loss to some extent.
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