/ Life cycle analysis of noise and hearing handicap in Finland Esko Toppila 1, Ilmari Pyykkö 2, Rauno Pääkkönen 1 1=Finnish Institute of Occupational Health.

Slides:



Advertisements
Similar presentations
Noise-Induced Hearing Disability… So What? n Problems perceiving auditory warnings n Problems localizing sound sources n Problems understanding verbal.
Advertisements

Binge Listening Is exposure to leisure noise causing hearing loss in young Australians? Harvey Dillon, Warwick Williams, Megan Gilliver, Elizabeth Beach.
TAKING AN AUDIOMETRIC TEST.  What an audiometric test is  Why it’s important to you  What you should expect –Pre-test examination –Audiometric test.
Chapter Eleven Individuals with Hearing Impairments.
HEARING CONSERVATION Protecting Employees From Noise Hazards.
Hearing Conservation Deepa Hariprasad, Au.D. CPT, MS
HOW NOISE EXPOSURE AFFECTS YOU. SOUND ENERGY TRAVELS IN A WAVE FORM.
The Role of Military, Leisure Time and Work Noise Exposure in the Evaluation of Total Noise Exposure ©Esko Toppila, Jukka Starck Finnish Institute of Occupational.
/ Evaluation of the Increased Accident Risk From Workplace Noise Esko Toppila(1), Rauno Pääkkönen(1), Ilmari Pyykkö(2) 1=Finnish Instutute of Occupational.
The BAHA ® System. Types of hearing loss the BAHA ® System can help Unilateral sensori-neural hearing loss/Single Sided Deafness –Due to examples.
Over 36 million Americans Suffer from Hearing Loss!
NOISE INDUCED HEARING LOSS (NIHL) SISA PRESENTATION DECEMBER 2007 BY JASON SPARNON, AUDIOLOGIST & JAN MACHOTKA, AUDIOLOGIST Based on The Australian Safety.
OVERVIEW 1 HEARING CONSERVATION PROGRAM 28 Jan 2013.
HEARING LOSS Babak Saedi otolaryngologist. How the Ear Hears Structure Outer ear  The pinna is a collector of sound wave vibrations that are sent through.
Audiology Training Course ——Marketing Dept. Configuration of the ear ① Pinna ② Ear canal ③ Eardrum ④ Malleus ⑤ Incus ⑥ Eustachian tube ⑦ Stapes ⑧ Semicircular.
Mrs. Jameson ASL ANATOMY OF THE EAR Mrs. Jameson.
People with physical and mental challenges deserve to be treated with dignity and respect.
BASIC PRINCIPLES IN OCCUPATIONAL HYGIENE Day NOISE.
HEARING CONSERVATION HEALTH EDUCATION AND MOTIVATION 60 Minutes.
Holly Hosford-Dunn PhD Academy Village, January
Jenny Bashiruddin Departemen THT FKUI-RSCM Jakarta.
Fouzia Khursheed Ahmad Research Scholar ( M.Phil- PhD) NUEPA
By: Sepideh Abolghasem Shabnam Alaghehband Mina Khorram May 2006.
Noise at Workplace Dr. Noor Hassim Ismail. Anatomy of Ear 3 parts – Outer ear – Middle ear – Inner ear Cochlea- hearing apparatus Vestibular- balancing.
Control Of Noise At Work Regulations 2005 By Josh & Vishal.
Facilitating Effective and Reliable Resources for Occupational Safety and Health in the Turkish metal sector Funded by the Netherlands embassy, Ankara,
Noise and Hearing Conservation
Effects of noise on hearing and “Noise-induced hearing loss”
Department of Clinical Science, Intervention and Technology, Karolinska Institutet, and the Department of Audiology, Karolinska University Hospital, Stockholm,
1 ISE Ch. 24 Chapter 24: Hearing and Noise Defining and understanding noise & its effects  complex problem  not always intuitive  critical for.
Noise Induced Hearing Loss
Audiograms How to read them and what they are.. Terms to know: Audiogram An audiogram is a means of recording the results of a hearing test. It will include.
Preserving the Precious Sense of Hearing AASHTO 2014 Seattle, WA Corey Lane Industrial Hygiene Program Manager WSDOT
Deaf & Hearing Awareness Training Deaf & Hard of Hearing Assistive Technology.
Hearing Impairments. There are different levels of hearing impairment. Hearing impairment refers to complete or partial loss of the ability to hear from.
Teens and Noise Exposure Carol Rousseau, Au.D., CCC-A Rochester Hearing and Speech Center 21 May 2010.
‘hi’ deafness friendly Program – Improving Communication Improving Communication Building bridges – Creating opportunities.
ARC 507: Environmental Control III (Acoustics and Noise Control) Department of Architecture, Federal University of Technology, Akure, Nigeria ARC 507:
Hearing and Vision Impairments. Defining Hearing Loss Dear and hard of hearing describes hearing loss Unilateral or bilateral IDEA defines deafness as.
Hearing Loss Your Ear Outer Ear Outer Ear Pina, Ear Canal, Ear Drum Pina, Ear Canal, Ear Drum Middle Ear Middle Ear Hammer, Anvil, Stirrup Hammer, Anvil,
MAKING INDUSTRIAL AUDIOMETRY WORTHWHILE Robin Howie Robin Howie Associates.
Hearing Conservation Training
Improved Hearing Protection Regulations in the Prevention of Military NIHL and Tinnitus Roderik Mrena, MD University of Helsinki, Finland February 26,
NOISESCAN- AN EXPERT SYSTEM FOR INDIVIDUAL HEARING PRESERVATION ©Jukka Starck, Esko Toppila Finnish Institute of Occupational Health, Helsinki, Finland.
Noise More than just a nuisance Principles of Environmental Health Sciences.
Prevalence and Causes of Hearing Loss. Prevalence of Hearing Loss Each year in the United States, more than 12,000 babies are born with a hearing loss.
Practical AT session 3” WP4-D4.2. Prepared by: Shams Eldin Mohamed Ahmed Hassan Hearing Disability and Kurzweil 1000.
ByBy: Gh. Pouryaghoub. MD Center for Research on Occupational Diseases (CROD) Tehran University of Medical Sciences (TUMS)
HEARING LOSS Hearing Loss Children and Adults who are deaf are those who cannot hear or understand conversational speech under normal circumstances.
Hearing Testing Characteristics of a Hearing Loss Hearing Testing Middle Ear Measurement.
CHAPTER 14 UNDERSTANDING STUDENTS WITH HEARING LOSS.
Chapter 14 Understanding Students with Hearing Loss.
The Ear and Hearing The Ear How the Ear Works - videos.
A primer on ear care and hearing loss prevention Occupational Noise Exposure 29 CFR Presented by Larry Sailer Can You Hear Me Now?
Toolbox presentation: How can we stop noise damaging hearing.
Workshop 1 Noise in the entertainment sector Conclusions.
WORKSHOP THEME Working together for a sustainable future since 1889 CHAMBER OF MINES OF SOUTH AFRICA Dr. Anita Edwards - CSIR Preventing Hearing loss viz.
Chapter 9 Deafness and Hearing Loss William L. Heward Exceptional Children: An Introduction to Special Education, 8e Copyright © 2006 by Pearson Education,
Epidemiology of occupational diseases
NOISE INDUCED HEARING LOSS
An Audiologist is… A state licensed health-care professional who holds either a doctoral degree or a master’s degree in audiology from an accredited university.
Therapeutic equipment I
Environmental Health Khizar Nabeel Ali
NIHL Part 2.
World Hearing Day 2018 Hear the future.
The risk and prevention
Noise – What are the health risks?
CHAPTER 14: Understanding Children with Hearing Loss
Occupational HEARING LOSS
Hearing Loss Prevention
Presentation transcript:

/ Life cycle analysis of noise and hearing handicap in Finland Esko Toppila 1, Ilmari Pyykkö 2, Rauno Pääkkönen 1 1=Finnish Institute of Occupational Health 2=University of Tampere

/ Noise and Work Military branch Industry Services Schools Environment Annoyance Communication Hearing loss

/ Characteristics of work in 20th century (Ruben 2000) PhysicalCommunication

/ Hearing handicap Symptoms –hearing loss –hyperacusia –difficulties in sound localisation –tinnitus –reduced speach intelligibility especially in ambient noise –diplacusis –--. Symptoms start typically in age of 45 –First affect in poor acoustical conditions

/ Classification of hearing handicaps Non-noise induced (>10 % of people under 65) –Presbyacusis Often genetic background CNS infection, ear infection sociocusis –Middle ear problems (seldom) Noise induced (<10 % of workers in noise over 85 dB) –Acute trauma –Chronic trauma (The "real" hearing handicap) Evaluation based on audiogram Tinnitus.. do not affect typically

/ Social effects of hearing handicap Reduced speech intelligibility –Do no understand especially in ambient noise –Social isolation –Mental problems (. 2x) Tendency to believe that others make fun –Increased accident risk Misunderstanding instructions Failure to hear warning signals –Reduced career opportunities Training difficult speech is not understood –Increased risk of unemplyoment " dumb people do not work here" Reduced capability to localize sounds –Increased accident risk if moving machines around –Reduced speech intelligibility

/ Social effects of hearing handicap Tinnitus –Increased annoyance –may interfere with warning signals –sleep disturbance –avoidance of social noisy events concerts, public events,…. –… Hyperacusia –stress –avoidance of social noisy events concerts, public events,…

/ Self evaluated hearing Normal Mild Moderate

/ Quality of life and self-evaluated hearing N = Self-evaluated hearing Deaf almost deaf Some difficulties Minor problems Normal EQ-5D thermometer

/ Effect of hearing in different populations TAYS<66Laminoijat Puusep ä t Korkea Kommunikaatio Normaali Liev ä Kohtalainen Vakava Users of hearing aids Physical workers Technicians High comm workers Normal Mild Moderate Almost deaf

/ Life cycle of noise Nosocusis Discos and concerts Equipment Infections Conscript noise Life style Work noise Ambient noise Free time noise Early retirement dementia (0-5 y) (20-30 y) (45-68 y) Accumulation of noise effects - Vaccination - Personal pacifier -Exercise -Noise limits in discos -Teaching attitudes -Hearing protection -Healthier life style -Personal hearing solutions - Office noise Earlier access to hearing aids -Better hearing protection

/ Estimates of the size of the problem Number of conscripts with hearing loss >20 dB at any frequency has increased from 13 % to 20 % –Noise ? –Life style factors (Young age cholesterol RR=7.2, Pyykkö et al 2007) –Kindergarten infections ? Call centers (Toppila et al 2008) –15 -25% complaints about hearing –Demanding job -> subclinical hearing loss important Protection against work noise not efficient –In elderly people in noisy occupations overpresented in hearing aids fitting –Factor ~2

/ Size of problem Finland looses 21 B€ every year because of early removal from workforce (Ahonen, Vainio 2010) Hearing impairment seems to be involved in 5-15 % of the cases –Annual cost 2.1 B€ (Extrapolated to US 176 B$) –Mostly from work not done –Direct costs M€ (Extrapolated to US 2.5B$) These calculations exclude –Lost career opportunities –Effect on pensionnaires earlier dementia etc.

/ Hearing loss, removal from workforce and statistics (Total workforce 2.2 M) Toistuvat korvatulehdukset Vapaa-ajan Melu Nuoren iän kolesteroli Riskitekijät Risk group Asevelvollisuus melu Unempolyment Hearing loss 50% 130% Ei työmelua: Ototoksinen lääkitys Chemicals, vibration, medication 30-40? Statistics Noise caused accident 0% 70 <10 500? Repeated infections Free time - noise Young age cholersterol Risk factorsj Worknoise for early removal from workforce Conscript noise Early retirement NIHL 50% 130% Work noise No worknoise: Accident Dementia Ototoxic medication Combined exposure 30-40? Stat A 0% 70 <10 500?

/ Potential for savings Reduction of sociocusis, early age effects 30% Reduction of Noise Induced Hearing Loss70 % –Not 100 % because of overdiagnosis Totally in work force~35% –750M€/y (US 62 B$)

/ Discussion Noise is underestimated problem in modern societies –Affects people with hearing handicap in harsh communication environments Cause for underestimation –Affects several factors –Never the most important factor but ranked 3-5 (de Hollander et al 1999) To reduce the adverse effects of noise –work noise protection –reduction of nosocusis –protection of free time noise