Communicating the Need for Follow-up to Improve Outcomes of Newborn Hearing Screening

2001 ◽  
Author(s):  
2019 ◽  
Vol 29 (Supplement_4) ◽  
Author(s):  
A Doncarli ◽  
H Tillaut ◽  
V Goulet

Abstract Background The French newborn hearing screening programme set up in 2014 aims to identify affected children as early as possible to allow appropriate care. Our goal was to evaluate the implementation of this programme at the national level. Methods The programme consist in a screening using a test (T1) and a retest (T2) in the maternity hospital in all newborns. In some region, a delayed test (T3) is performed afterwards in children for whom it was not possible to confirm normal hearing. Children suspected of deafness subsequently enter the diagnosis phase. We defined evaluation indicators after stakeholders consultation. We developed a web application to collect aggregated data on live births. We estimated the rate of coverage, refusal, children suspected of hearing loss at the end of the screening phase and the prevalence of bilateral deafness. Results In 2015, one year after the initiation of the programme, the coverage rate was already very high (88%) and even more so in 2016 (96%). Parental acceptance was very good (refusal: 0.1%). By the end of 2016, 19 out 27 regions had added a T3. The rate of suspicion of bilateral hearing loss was decreased by using a T3 (1.4% vs 0.9%). Bilateral deafness rate, estimated after a 2-years follow up, was 1.3‰ although it was estimated only on 51.5% of suspected children for whom diagnosis data had been transmitted. Conclusions The objective of a 90% coverage set by the French ministry of health has been met after 2 years of operation of the program. T3 appears useful in relieving diagnostic structures from false positives. Our estimated prevalence of bilateral deafness could be more accurate if data collection was improved but is consistent with prevalence reported in North America. Key messages The universal newborn hearing screening program has been successfully set up in France in terms of coverage. Future work should focus on improving the collection of follow up data to better characterise diagnosed children.


PEDIATRICS ◽  
2008 ◽  
Vol 121 (2) ◽  
pp. e335-e343 ◽  
Author(s):  
C.-l. Liu ◽  
J. Farrell ◽  
J. R. MacNeil ◽  
S. Stone ◽  
W. Barfield

2021 ◽  
Vol 104 (1) ◽  
pp. 95-99

Objective: 1) To share the experience in establishing the first province to set up the universal newborn hearing screening (UNHS) in Thailand. 2) To report the results of four consecutive years of UNHS in Trang. Materials and Methods: All newborns in Trang province, between October 2013 and September 2017, who received UNHS, were included in this study. The present study was a descriptive study. Results: There were three main obstacles to be solved to establish the program. There was no supported budget from the central government to run the UNHS. There was a lack of audiologists or trained personnel to run the UNHS. Finally, there was no province in Thailand that has done the project before. A budget for the Trang’s UNHS project was allocated, which was 3,100,000 baht from the Trang provincial administrative organization, to purchase hearing screening machines for every community hospital. The personnel to run the UNHS, which were nurses, were trained in every hospital. The protocols, referral, and follow-up programs were newly designed to establish the hospital network for the program. There were 28,254 newborns in Trang and 27,983 (99.04%) were screened. The high-risk newborns were 1,415 (5.1%). The low-risk group was 26,568 (94.9%). The referral rate of transient evoked otoacoustic emission (TEOAE) was 5.9%. In the low-risk past screening group, there was one newborn (0.005%) that presented later with delayed speech and profound hearing loss after 1½ years and the MRI showed bilateral IAC stenosis. There were two newborns with severe hearing loss, one was Mondini dysplasia, and the other was normal on imaging, in 169 unpassed low-risk newborns. In the high-risk group, 73 (5.2%) were unpassed. After diagnostic tests, 71 (97.2%) were normal, one had severe hearing loss with normal imaging, and the other had bilateral microtia. The incidence of bilateral severe SNHL in high-risk newborn was (1/1,415) 0.71:1,000 births. The incidence of bilateral severe SNHL in low-risk newborn was (3/26,568) 0.11:1,000 births. After two years of follow-up, there was no delayed speech due to hearing loss in all the present study newborns. Conclusion: The rate of congenital hearing loss is not as high as in the literature, but the UNHS is still important to the newborns and their parents. Keywords: UNHS in Trang, Province-based UNHS, Incidence of hearing loss in newborn


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