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8�C111.4; p http://www.selleckchem.com/products/carfilzomib-pr-171.html motor deficits that cannot be attributed to their age, nonverbal ability, or attention deficits. Research in the area of partial hearing has focused predominantly on the impact of hearing loss on language development and on interventions to facilitate hearing and communication. http://www.selleckchem.com/products/azd9291.html These are essential primary concerns, but there is a risk that additional comorbid problems may be overlooked. Previous research suggests that children with partial hearing may be at particular risk of motor or balance deficits.1,2 Other work has shown that young children who fail to acquire fundamental motor skills may face associated difficulties, including problems with cognitive ability, attention deficits, and social skills.3 It is therefore important that such delays are identified as soon as possible so that appropriate intervention may be implemented. The predominant theory that has been proposed to explain the motor and balance deficits shown by children with partial hearing is the vestibular deficit theory.1 This suggests that as the cochlear and vestibular systems are closely connected, hearing http://en.wikipedia.org/wiki/YES1 loss brought about by damage to the inner ear is likely to result in concomitant damage to the vestibular apparatus. Selz et?al.4 used a wide range of balance and vestibular testing, including eye tracking tests, positional tests, and rotational chair tests. They found that children with partial hearing performed significantly worse than a hearing comparison group on all measures of vestibular functioning. The level of risk to the vestibular system as a result of cochlear implantation remains unclear. Enticott et?al.5 found that 32% of a sample of participants with partial hearing who had recently received cochlear implants demonstrated significant impairments in their vestibular functioning. However, these results have been contradicted by other work which suggests that disruption to the vestibular system after cochlear implantation is only temporary, and that in the long term, implantation does not cause damage to the vestibular apparatus.