You searched for "sensorineural"

248 results found

Genetic testing in congenital hearing loss

Advances in genetic testing over the last decade have reduced the cost and time such testing required and increased understanding of the genes involved in conditions like congenital hearing loss. This study from Atlanta looks at genetic testing from a...

Herpes zoster and SSNHL

Some studies suggest that viral infections may increase the risk of a sudden sensorineural hearing loss (SSNHL). The described longitudinal study explored whether herpes zoster may be a factor that increases the risk of SSNHL. Medical history in reference to...

Audiometric outcomes following endoscopic stapes surgery

Adding to the evidence base for endoscopic stapes surgery, this systematic review and analysis of outcomes sought to establish the efficacy and safety of this approach. This review included 14 studies with a pooled sample of 314 adult patients. The...

Vestibulo-ocular reflex and postural control in deaf children

The authors evaluated the impact of canal paresis detected by video head impulse test (vHIT) on postural control tested by platform posturography in children with sensorineural hearing loss. The study included 55 children (4-16 years old) with variable degrees of...

All you need to know about childhood hearing loss - an update

This is an excellent update on childhood hearing loss. It is a comprehensive collection of five chapters, providing a summary of a broad range of practice guidelines to inform screening, diagnosis, and management of hearing loss in children. It has...

Mondini dysplasia and cochlear implantation

Approximately 20-28% of sensorineural hearing loss in children arises due to a cochlear malformation. Mondini dysplasia includes a cochlear with one and a half turns and an incomplete interscalar septum. Cochlear implantation is a common treatment protocol for children with...

Tympanometry with cochlear implants

Multifrequency and multicomponent tympanometry enables evaluation of minute changes in the middle ear system as well as changes in resonant frequency. Change in resonant frequency would indicate a change in the natural characteristics of the middle ear, such as mass...

Genetics of IP-III

The authors provide a literature review of the genetic basis and clinical features of incomplete partition (IP)-type III. The condition is seen typically in males and is due to mutation in the POU class 3 homeobox 4 (POU3F4) gene which...

Audiological symptoms in children with 18q deletion

18q deletion is a rare genetic condition that occurs in approximately one in 40,000 live births. Those born with this deletion often are born with a range of symptoms, including developmental delay, facial dysmorphism, autoimmune disorders and hearing loss. The...

Temporal bone fractures in children – are we doing enough?

This is a retrospective study which assessed clinical presentation and prognosis in 91 children under the age of 18 who developed temporal bone fractures from trauma, the commonest of which was falls from heights followed by motor vehicle accident. The...

Hearing loss and Alport syndrome

Alport syndrome (AS) includes a group of hereditary diseases caused by mutations in the COL4A3, COL4A4 or COL4A5 genes. These genes are responsible for the biosynthesis of α3, α4 and α5 collagen IV chains, which are located in the glomerular...

Drug side-effects on audiological and vestibular testing

Are they a malingerer? Or perhaps they are inattentive? It may be their drugs! Robert DiSogra considers the side-effects of medication on the test subject. The audiogram serves many purposes in clinical practice. For the audiologist, it helps to differentiate...