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Screening strategy and time points for newborn hearing re-screening with high risk factors
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作者 Qing-Xiang Zeng Ren-Zhong Luo +3 位作者 Sheng-Bao Yan Yi-Quan Tang rui-jin wen wen-Long Liu 《World Journal of Otorhinolaryngology-Head and Neck Surgery》 2022年第3期257-261,共5页
Objective: To compare and analyze the pass rate and screening strategy of hearing rescreening for newborns with high risk factors.Methods: Retrospective chart review of high-risk newborns who failed their initial newb... Objective: To compare and analyze the pass rate and screening strategy of hearing rescreening for newborns with high risk factors.Methods: Retrospective chart review of high-risk newborns who failed their initial newborn hearing screen and subsequently underwent secondary hearing tests from June 2011 to June 2018 in Guangzhou Women and Children’’s Medical Center were performed.Results: Eight hundred and sixty-eight newborns with high risk factors were included in the study. The 57-70 days (83.5%) and 71-84 days (83.4%) group had the highest pass rate compared with 42-56 days (75.8%) and < 42 days (68.3%) group. As for different screening strategies, the pass rate of OAE(otoacoustic emissions), AABR (auto auditory brainstem response) and OAE + AABR was the highest in 57-70 days group and 71-84 days group, respectively. The OAE + AABR had the lowest pass rate compared to the other two modalities. When the pass rate was compared as different risk factors, the 57-70 days and 71-84 days group also had the highest pass rate compared with 42-56 days and < 42 days group and the pass rate had no significant differences among various risk factors group.Conclusion: Our results showed that all the pass rate of OAE, AABR and OAE+ AABR was the highest in 57-70 days group and 71-84 days group with significant difference, suggesting that the delayed screening time (>57 days) may increase the re-screening pass rate and reduce anxiety of parents, which is of great significance for clinical work. 展开更多
关键词 Auto auditory brainstem response Hearing screening NEWBORNS Otoacoustic emissions
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