https://www.selleckchem.com/Bcl-2.html 001; OR = 0.471; 95% confidence interval [0.385, 0.575]). Gender (p = .251) and age (p = .570) had no significant effect on screening outcome. A percentage of cases screened (44.7%) exceeded permissible noise levels in at least one ear at 1000 Hz across both protocols. True- and false-positive cases did not differ significantly between protocols. Protocol type (p = .204), gender (p = .314), and age (p = .982) did not affect the odds of being a true-positive result. Average screening time was 72.8 s (78.66 SD) and 64.9 s (55.78 SD) for the one-frequency and two-frequency fail protocols, respectively. Conclusions A two-frequency fail criterion and immediate rescreen of failed frequencies significantly reduced referral rate for follow-up services that are often overburdened in resourced-constrained settings. Future protocol adaptations can also consider increasing the screening levels at 1000 Hz to minimize the influence of environmental noise.Purpose This study aimed to investigate the interrater reliability of pediatric feeding assessments conducted via synchronous (real-time) telepractice. Secondary aims were to investigate parent and clinician satisfaction. Method The eating and/or cup drinking skills of 40 children (aged 4 months to 7 years) were simultaneously assessed by one speech-language pathologist (SLP) leading the appointment via telepractice and a second SLP present in the family home. A purpose-designed assessment form was used to assess (a) positioning, (b) development, (c) oral sensorimotor function, (d) prefeeding respiratory status, (e) observation of eating and drinking, (f) parent-child interaction, (g) overall feeding skills, and (h) feeding recommendations. The telepractice SLP completed a postappointment satisfaction questionnaire, and parents completed five questionnaires specifically investigating perceptions of and satisfaction with the telepractice feeding appointment. Results Agreement for all assessme