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✦ The Dispatch

The efficacy of bone conduction device intervention on speech recognition in noise for single-sided deafness in co-located condition

A dispatch from PubMed — filed

To evaluate the intervention effect and influencing factors of non-implantable bone conduction devices(BCD) in patients with single-sided deafness(SSD) under the S₀N₀condition.

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✦ The floor

Discussion

Signed responses from readers of the wire.

Clinical Takeaway

Audiologists fitting non-implantable bone conduction devices for single-sided deafness should note that co-located noise conditions may specifically limit benefit; prognostic factors identified in this study can help set patient expectations during counselling.

Why It Matters

Single-sided deafness is a growing referral category, and understanding which patients and acoustic conditions yield real-world benefit from non-implantable bone conduction devices informs evidence-based device selection and counselling.

Key Points
  1. 01Study focuses on non-implantable (softband or adhesive) bone conduction devices in single-sided deafness patients.
  2. 02Evaluated speech recognition in noise specifically under co-located conditions (noise and speech from the same direction).
  3. 03Identified factors that influence the degree of benefit obtained from the device.
  4. 04Co-located noise is generally the most challenging scenario for bone conduction routing devices.
  5. 05Findings have direct clinical relevance for audiologists counselling single-sided deafness patients on device expectations.
Claims & Evidence

Non-implantable bone conduction devices improve speech recognition in noise for patients with single-sided deafness in co-located listening conditions.

studypartially supported

Certain patient or audiological factors influence the magnitude of benefit from bone conduction devices in single-sided deafness.

studyunclear
Research metadata
PMID
42686392
DOI
10.13201/j.issn.2096-7993.2026.09.002.
Publication type
research_article
Evidence level
2b
Population
Patients with single-sided deafness using non-implantable bone conduction devices
Intervention
Non-implantable bone conduction device
Comparator
Unaided / baseline speech recognition in noise

Primary outcomes

Speech recognition in noise under co-located conditions; Identification of factors influencing device benefit

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