Better Hearing Rehabilitation (BEAR) Study in Denmark: Introducing the Centralized Clinical Database

Gérard Sylvian Jean Marie Loquet, Vijay Narne, Tobias Piechowiak, Anne Wolff, Sabina Storbjerg Houmøller, Dan Dupont Hougaard, Jesper Hvass Schmidt, Dorte Hammershøi

Publikation: Konferencebidrag uden forlag/tidsskriftKonferenceabstrakt til konferenceForskningpeer review

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Resumé

Background: The purpose of the BEAR project is to improve hearing loss management by revising diagnostic techniques and hearing aid fitting practices based on individual hearing profiles, expectations and lifestyle. As a starting point, a large clinical database has been prepared to better characterize the current clinical status in Denmark. The analysis will be used to identify the main challenges faced by hearing aid users in order to develop appropriate tools to improve performances.

Method: The study is a multicentre, prospective, open, non-randomized, single-arm trial with sequential enrolment of all qualified patients, conducted under a common clinical investigation plan. Up to almost 2,000 evaluable patients have been enrolled from two Danish clinics. After having undergone medical and audiological examination and other assessments (health related and quality of life questionnaires), the patients were prescribed a hearing aid and got a fitting. Approximately 2 months later, a follow-up visit took place and whenever needed an adjustment was offered (plus other assessments). An across-center database, hosted independently from clinics, universities and hearing-aid manufacturers but accessible by all parties, was created to gather the data (access granted to each partner if data managers adhere to ethical permissions and requirements for data security).

Results: The investigation generated approximately 30’000 patient records and we started by characterizing the general distribution of audiometric data (air and bone conductions, speech tests) and questionnaires (health, speech, hearing aids, tinnitus and quality of life related). The analysis focused specifically on correlations detection between demographics, audiometric tests and questionnaires in order to classify patients into subsets.

Conclusion: The present clinical database should be seen as a starting point for other BEAR work packages. We believe that such large variety of data generated will lead to a more comprehensive picture of the hearing-aid user and will bring benefits to both clinicians and manufacturers. Indeed, this first step represents the baseline against which new fitting strategies will be tested. Alternatively, clinically relevant subpopulations with low hearing-aid benefit will be identified and studied to tentatively bring alternatives in rehabilitation.
OriginalsprogEngelsk
Publikationsdato22 maj 2019
StatusUdgivet - 22 maj 2019
BegivenhedCongress of the European Federation of Audiology Societies - Lisbon, Portugal
Varighed: 22 maj 201925 maj 2019
Konferencens nummer: 14
http://www.efas.ws/

Konference

KonferenceCongress of the European Federation of Audiology Societies
Nummer14
LandPortugal
ByLisbon
Periode22/05/201925/05/2019
Internetadresse

Citer dette

Loquet, G. S. J. M., Narne, V., Piechowiak, T., Wolff, A., Houmøller, S. S., Hougaard, D. D., ... Hammershøi, D. (2019). Better Hearing Rehabilitation (BEAR) Study in Denmark: Introducing the Centralized Clinical Database. Abstract fra Congress of the European Federation of Audiology Societies, Lisbon, Portugal.
Loquet, Gérard Sylvian Jean Marie ; Narne, Vijay ; Piechowiak, Tobias ; Wolff, Anne ; Houmøller, Sabina Storbjerg ; Hougaard, Dan Dupont ; Schmidt, Jesper Hvass ; Hammershøi, Dorte. / Better Hearing Rehabilitation (BEAR) Study in Denmark : Introducing the Centralized Clinical Database. Abstract fra Congress of the European Federation of Audiology Societies, Lisbon, Portugal.
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title = "Better Hearing Rehabilitation (BEAR) Study in Denmark: Introducing the Centralized Clinical Database",
abstract = "Background: The purpose of the BEAR project is to improve hearing loss management by revising diagnostic techniques and hearing aid fitting practices based on individual hearing profiles, expectations and lifestyle. As a starting point, a large clinical database has been prepared to better characterize the current clinical status in Denmark. The analysis will be used to identify the main challenges faced by hearing aid users in order to develop appropriate tools to improve performances.Method: The study is a multicentre, prospective, open, non-randomized, single-arm trial with sequential enrolment of all qualified patients, conducted under a common clinical investigation plan. Up to almost 2,000 evaluable patients have been enrolled from two Danish clinics. After having undergone medical and audiological examination and other assessments (health related and quality of life questionnaires), the patients were prescribed a hearing aid and got a fitting. Approximately 2 months later, a follow-up visit took place and whenever needed an adjustment was offered (plus other assessments). An across-center database, hosted independently from clinics, universities and hearing-aid manufacturers but accessible by all parties, was created to gather the data (access granted to each partner if data managers adhere to ethical permissions and requirements for data security).Results: The investigation generated approximately 30’000 patient records and we started by characterizing the general distribution of audiometric data (air and bone conductions, speech tests) and questionnaires (health, speech, hearing aids, tinnitus and quality of life related). The analysis focused specifically on correlations detection between demographics, audiometric tests and questionnaires in order to classify patients into subsets.Conclusion: The present clinical database should be seen as a starting point for other BEAR work packages. We believe that such large variety of data generated will lead to a more comprehensive picture of the hearing-aid user and will bring benefits to both clinicians and manufacturers. Indeed, this first step represents the baseline against which new fitting strategies will be tested. Alternatively, clinically relevant subpopulations with low hearing-aid benefit will be identified and studied to tentatively bring alternatives in rehabilitation.",
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Loquet, GSJM, Narne, V, Piechowiak, T, Wolff, A, Houmøller, SS, Hougaard, DD, Schmidt, JH & Hammershøi, D 2019, 'Better Hearing Rehabilitation (BEAR) Study in Denmark: Introducing the Centralized Clinical Database', Congress of the European Federation of Audiology Societies, Lisbon, Portugal, 22/05/2019 - 25/05/2019.

Better Hearing Rehabilitation (BEAR) Study in Denmark : Introducing the Centralized Clinical Database. / Loquet, Gérard Sylvian Jean Marie; Narne, Vijay; Piechowiak, Tobias; Wolff, Anne; Houmøller, Sabina Storbjerg; Hougaard, Dan Dupont; Schmidt, Jesper Hvass; Hammershøi, Dorte.

2019. Abstract fra Congress of the European Federation of Audiology Societies, Lisbon, Portugal.

Publikation: Konferencebidrag uden forlag/tidsskriftKonferenceabstrakt til konferenceForskningpeer review

TY - ABST

T1 - Better Hearing Rehabilitation (BEAR) Study in Denmark

T2 - Introducing the Centralized Clinical Database

AU - Loquet, Gérard Sylvian Jean Marie

AU - Narne, Vijay

AU - Piechowiak, Tobias

AU - Wolff, Anne

AU - Houmøller, Sabina Storbjerg

AU - Hougaard, Dan Dupont

AU - Schmidt, Jesper Hvass

AU - Hammershøi, Dorte

PY - 2019/5/22

Y1 - 2019/5/22

N2 - Background: The purpose of the BEAR project is to improve hearing loss management by revising diagnostic techniques and hearing aid fitting practices based on individual hearing profiles, expectations and lifestyle. As a starting point, a large clinical database has been prepared to better characterize the current clinical status in Denmark. The analysis will be used to identify the main challenges faced by hearing aid users in order to develop appropriate tools to improve performances.Method: The study is a multicentre, prospective, open, non-randomized, single-arm trial with sequential enrolment of all qualified patients, conducted under a common clinical investigation plan. Up to almost 2,000 evaluable patients have been enrolled from two Danish clinics. After having undergone medical and audiological examination and other assessments (health related and quality of life questionnaires), the patients were prescribed a hearing aid and got a fitting. Approximately 2 months later, a follow-up visit took place and whenever needed an adjustment was offered (plus other assessments). An across-center database, hosted independently from clinics, universities and hearing-aid manufacturers but accessible by all parties, was created to gather the data (access granted to each partner if data managers adhere to ethical permissions and requirements for data security).Results: The investigation generated approximately 30’000 patient records and we started by characterizing the general distribution of audiometric data (air and bone conductions, speech tests) and questionnaires (health, speech, hearing aids, tinnitus and quality of life related). The analysis focused specifically on correlations detection between demographics, audiometric tests and questionnaires in order to classify patients into subsets.Conclusion: The present clinical database should be seen as a starting point for other BEAR work packages. We believe that such large variety of data generated will lead to a more comprehensive picture of the hearing-aid user and will bring benefits to both clinicians and manufacturers. Indeed, this first step represents the baseline against which new fitting strategies will be tested. Alternatively, clinically relevant subpopulations with low hearing-aid benefit will be identified and studied to tentatively bring alternatives in rehabilitation.

AB - Background: The purpose of the BEAR project is to improve hearing loss management by revising diagnostic techniques and hearing aid fitting practices based on individual hearing profiles, expectations and lifestyle. As a starting point, a large clinical database has been prepared to better characterize the current clinical status in Denmark. The analysis will be used to identify the main challenges faced by hearing aid users in order to develop appropriate tools to improve performances.Method: The study is a multicentre, prospective, open, non-randomized, single-arm trial with sequential enrolment of all qualified patients, conducted under a common clinical investigation plan. Up to almost 2,000 evaluable patients have been enrolled from two Danish clinics. After having undergone medical and audiological examination and other assessments (health related and quality of life questionnaires), the patients were prescribed a hearing aid and got a fitting. Approximately 2 months later, a follow-up visit took place and whenever needed an adjustment was offered (plus other assessments). An across-center database, hosted independently from clinics, universities and hearing-aid manufacturers but accessible by all parties, was created to gather the data (access granted to each partner if data managers adhere to ethical permissions and requirements for data security).Results: The investigation generated approximately 30’000 patient records and we started by characterizing the general distribution of audiometric data (air and bone conductions, speech tests) and questionnaires (health, speech, hearing aids, tinnitus and quality of life related). The analysis focused specifically on correlations detection between demographics, audiometric tests and questionnaires in order to classify patients into subsets.Conclusion: The present clinical database should be seen as a starting point for other BEAR work packages. We believe that such large variety of data generated will lead to a more comprehensive picture of the hearing-aid user and will bring benefits to both clinicians and manufacturers. Indeed, this first step represents the baseline against which new fitting strategies will be tested. Alternatively, clinically relevant subpopulations with low hearing-aid benefit will be identified and studied to tentatively bring alternatives in rehabilitation.

M3 - Conference abstract for conference

ER -

Loquet GSJM, Narne V, Piechowiak T, Wolff A, Houmøller SS, Hougaard DD et al. Better Hearing Rehabilitation (BEAR) Study in Denmark: Introducing the Centralized Clinical Database. 2019. Abstract fra Congress of the European Federation of Audiology Societies, Lisbon, Portugal.