In 2013, we reviewed an article from Dr. Ben Hornsby in which he reported on an initial foray into the fatiguing effects of listening to speech while managing a cognitively challenging secondary task (read here). The outcomes of his investigation suggested that use of hearing aids may reduce fatiguing effects of completing that secondary task. In more recent work, Drs Hornsby and Kipp assessed utility of standardized measures of fatigue among a large group of subjects with hearing loss.
Hornsby, B. & Kipp, A. (2016). Subjective ratings of fatigue and vigor in adults with hearing loss are driven by perceived hearing difficulties not degree of hearing loss. Ear and Hearing 37 (1), 1-10.
Since the early 80s, we’ve understood that self-reported hearing loss is highly correlated with feelings of loneliness and inferiority, reduced interest in leisure activities and withdrawal from others. Researchers have only recently started focused investigation toward the influence of hearing aid use on subjective perception of loneliness. In this blog, we review the work of Weinstein and colleagues, who found significant loneliness reduction among a group of new hearing aid wearers.
Read more here
Weinstein, B., Sirow, L. & Moser, S. (2016). Relating hearing aid use to social and emotional loneliness in older adults. American Journal of Audiology 25, 54-61.
While speech is arguably the most important sound that listeners encounter on a daily basis, the perception of other sounds should be taken into consideration, including music. In this study, Arehart and her colleagues examined the effect of a variety of signal processing conditions on music quality ratings for normal-hearing and hearing-impaired individuals.
Arehart, K., Kates, J. & Anderson, M. (2011) Effects of Noise, Nonlinear Processing and Linear Filtering on Perceived Music Quality, International Journal of Audiology, 50(3), 177-190.
Prolonged, untreated hearing loss has been linked to increased social isolation, decreased brain volume, and range of subjective and objective declines in cognitive abilities. Hearing aids have been shown to beneficially affect some of these traits but a great deal of unknown details remain. A number of active studies aim to answer the question “does hearing aid use slow cognitive decline?”. The work of Deal and colleagues is a valuable step toward finding that answer.
Deal, J., Sharrett, A., Albert, M., Coresh, J., Mosley, T., Knopman, D., Wruck, L. & Lin, F. (2015). Hearing impairment and cognitive decline: A pilot study conducted within the Atherosclerosis Risk in Communities Neurocognitive Study. American Journal of Epidemiology 181 (9), 680-690.
Recent work out of Linkoping, Sweden suggests that new hearing aid wearers experience greater cognitive demands when listening. Over time they adapt to better resolve new auditory cues, decreasing the effort required for listening.
Ng, E., Classon, E., Larsby, B., Arlinger, S., Lunner, T., Rudner, M., Ronnberg, J. (2014). Dynamic relation between working memory capacity and speech recognition in noise during the first six months of hearing aid use. Trends in Hearing 18, 1-10.
On this month’s blog we review one of last year’s top 5 research articles. Rauterkus and Palmer (2014) asked people to rate characteristics of people wearing a variety of ear-level devices, some of which were hearing aids. Ratings taken today, as compared to those collected decades ago suggest that hearing aid use is carrying less social stigma than it once did.
Rauterkus, E. & Palmer, C. (2014). The hearing aid effect in 2013. Journal of the American Academy of Audiology 25, 893-903.
This month we review a recent study from Souza and Sirow that assessed working memory with several clinically fit hearing aids. The results suggest that aspects of cognitive status may play a role in how patients respond to different hearing aids settings.
This month’s blog reviews a newly published article from Crogan and colleagues*. The authors discussed a project investigating the quality of music perception through hearing aids. Various factors related to the patient and hearing aid signal processing were found to be meaningful. We offer clinical advice relative to optimizing a music listening memory for patients that present themselves as music aficionados.
*Croghan, N., Arehart, K. & Kates, J. (2014). Music preferences with hearing aids: effects of signal properties, compression settings and listener characteristics. Ear & Hearing, in press.
Hearing aid prescriptions are traditionally developed for the application of accessing speech in quiet listening conditions. This month we review an article from Crukley and Scollie that describes a version of the DSL v5.0 designed for listening in noisy situations.
In this month’s blog the three primary goals from a recent study by Keidser and colleagues are reviewed. The authors report on a series of factors that affect benefit from directional microphones in hearing aids. Specifically, they were interested in the effects and interaction of three potential sources of variability: differences in the individual SNR achieved by physical directional benefit, differences in the ability to make use of SNR improvements and variability related to measurement error.
Read more: http://buff.ly/1qskoJK