Buprenorphine and Opioid Use Disorder Training: Graduate Nursing Curricula Recommendations.

Opioid use disorder (OUD) is a public health emergency, with a shortage of providers trained to prescribe buprenorphine for OUD treatment. We conducted a systematic review to examine advanced practice RN (APRN) and medical school programs that included OUD content or Drug Addiction Treatment Act waiver training and evaluate the outcomes of those curricular modifications. APRN and medical school programs that provided OUD content or waiver training saw improvements in students' knowledge and self-efficacy for managing buprenorphine treatment and reduced stigma toward individuals with OUD. Students' perceptions of training were largely positive, and the programs' results indicated improved practice outcomes related to the use of buprenorphine. Further inclusion of OUD content and training in APRN curricula will increase the number of capable buprenorphine prescribers, which will increase access to buprenorphine for individuals with OUD. [Journal of Psychosocial Nursing and Mental Health Services, xx(x), xx-xx.].

Vocal Biomarkers of Mild-to-Moderate Hearing Loss in Children and Adults: Voiceless Sibilants.

Purpose: The purpose of this study was to determine if an objective measure of speech production could serve as a vocal biomarker for the effects of high-frequency hearing loss on speech perception. It was hypothesized that production of voiceless sibilants is governed sufficiently by auditory feedback that high-frequency hearing loss results in subtle but significant shifts in the spectral characteristics of these sibilants. Method: Sibilant production was examined in individuals with mild to moderately severe congenital (22 children; 8-17 years old) and acquired (23 adults; 55-80 years old) hearing losses. Measures of hearing level (pure-tone average thresholds at 4 and 8 kHz), speech perception (detection of nonsense words within sentences), and speech production (spectral center of gravity [COG] for /s/ and /ʃ/) were obtained in unaided and aided conditions. Results: For both children and adults, detection of nonsense words increased significantly as hearing thresholds improved. Spectral COG for /ʃ/ was unaffected by hearing loss in both listening conditions, whereas the spectral COG for /s/ significantly decreased as high-frequency hearing loss increased. The distance in spectral COG between /s/ and /ʃ/ decreased significantly with increasing hearing level. COG distance significantly predicted nonsense-word detection in children but not in adults. Conclusions: At least one aspect of speech production (voiceless sibilants) is measurably affected by high-frequency hearing loss and is related to speech perception in children. Speech production did not predict speech perception in adults, suggesting a more complex relationship between auditory feedback and feedforward mechanisms with age. Even so, these results suggest that this vocal biomarker may be useful for identifying the presence of high-frequency hearing loss in adults and children and for predicting the impact of hearing loss in children.