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Posts tagged auditory processing disorder

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Children with auditory processing disorder may now have more treatment options
Several Kansas State University faculty members are helping children with auditory processing disorder receive better treatment.
Debra Burnett, assistant professor of family studies and human services and a licensed speech-language pathologist, started the Enhancing Auditory Responses to Speech Stimuli, or EARSS, program. The Kansas State University Speech and Hearing Center offers the program, which uses evidence-based practices to treat auditory processing disorder.
Other Kansas State University faculty members involved in the program include Melanie Hilgers, clinic director and instructor in family studies and human services, and Robert Garcia, audiologist and program director for communication sciences and disorders. Several graduate students also are involved.
Auditory processing disorder affects how the brain processes language. Children and adults with auditory processing disorder have normal hearing sensitivity and will pass a hearing test, but their brains do not appropriately process what they hear.
"A lot of therapy targets these skills," Burnett said. "It’s almost like relaying the road in the brain that deals with auditory information. For whatever reason, it didn’t develop properly, so the therapy is about reworking these skills."
Burnett and collaborators started the program after attending a conference for the Kansas State Speech-Language-Hearing Association. The conference included a workshop on ways to incorporate speech-language pathologists into therapy for auditory processing disorder.
"In the past, it has kind of been in the domain of the audiologist to do all of the testing and all of the therapy," Burnett said. "Speech-language pathologists have been involved in some augmentative therapy, but not in the core therapy. That is all starting to change."
Last summer Burnett and her colleagues decided to start a Kansas State University therapy program that involves speech-language pathologists. Seven children were involved in the program during the summer, two children were involved during the fall semester and one child has continued the program during the spring semester. The children all have been diagnosed with auditory processing disorder. They range in age from 8 to 14 years old and were from north-central Kansas.
Before children begin the program, Burnett performs a pretest to determine their needs and the best way to approach therapy with them. A graduate student clinician, supervised by a licensed speech-language pathologist, meets with the children one hour per week to participate in activities that improve their auditory processing skills. Some of the activities include:
Phonemic training to address the brain’s ability to process speech sounds.
Words in Noise training to address the brain’s ability to process speech with background noise.
Phonemic synthesis training to address the brain’s ability to process speech sounds across words.
At the end of the program, Burnett performs a posttest to identify changes. The researchers have seen positive results so far: All of the children who participated in the posttest showed improvements in the treated areas. In the areas that the researchers did not treat, the children showed no change but also did not get worse.
"Based on these results, our program is showing early signs of being effective," Burnett said.

Children with auditory processing disorder may now have more treatment options

Several Kansas State University faculty members are helping children with auditory processing disorder receive better treatment.

Debra Burnett, assistant professor of family studies and human services and a licensed speech-language pathologist, started the Enhancing Auditory Responses to Speech Stimuli, or EARSS, program. The Kansas State University Speech and Hearing Center offers the program, which uses evidence-based practices to treat auditory processing disorder.

Other Kansas State University faculty members involved in the program include Melanie Hilgers, clinic director and instructor in family studies and human services, and Robert Garcia, audiologist and program director for communication sciences and disorders. Several graduate students also are involved.

Auditory processing disorder affects how the brain processes language. Children and adults with auditory processing disorder have normal hearing sensitivity and will pass a hearing test, but their brains do not appropriately process what they hear.

"A lot of therapy targets these skills," Burnett said. "It’s almost like relaying the road in the brain that deals with auditory information. For whatever reason, it didn’t develop properly, so the therapy is about reworking these skills."

Burnett and collaborators started the program after attending a conference for the Kansas State Speech-Language-Hearing Association. The conference included a workshop on ways to incorporate speech-language pathologists into therapy for auditory processing disorder.

"In the past, it has kind of been in the domain of the audiologist to do all of the testing and all of the therapy," Burnett said. "Speech-language pathologists have been involved in some augmentative therapy, but not in the core therapy. That is all starting to change."

Last summer Burnett and her colleagues decided to start a Kansas State University therapy program that involves speech-language pathologists. Seven children were involved in the program during the summer, two children were involved during the fall semester and one child has continued the program during the spring semester. The children all have been diagnosed with auditory processing disorder. They range in age from 8 to 14 years old and were from north-central Kansas.

Before children begin the program, Burnett performs a pretest to determine their needs and the best way to approach therapy with them. A graduate student clinician, supervised by a licensed speech-language pathologist, meets with the children one hour per week to participate in activities that improve their auditory processing skills. Some of the activities include:

  • Phonemic training to address the brain’s ability to process speech sounds.
  • Words in Noise training to address the brain’s ability to process speech with background noise.
  • Phonemic synthesis training to address the brain’s ability to process speech sounds across words.

At the end of the program, Burnett performs a posttest to identify changes. The researchers have seen positive results so far: All of the children who participated in the posttest showed improvements in the treated areas. In the areas that the researchers did not treat, the children showed no change but also did not get worse.

"Based on these results, our program is showing early signs of being effective," Burnett said.

Filed under auditory processing disorder EARSS program hearing language processing neuroscience science

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