A Comparative Analysis of Bacterial Growth with Earphone Use

Background: Recently the worldwide usage of earphones has increased especially among the school and college students who have a high rate of sharing among them. Alike airline headsets, headphones and stethoscope ear-pieces, ear phones can easily be a vector of potential pathogens, which can give ris...

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Main Authors: Chiranjay Mukhopadhyay, Soham Basak, Soham Gupta, Kiran Chawla, Indira Bairy
Format: Article
Language:English
Published: Light House Polyclinic Mangalore 2008-07-01
Series:Online Journal of Health & Allied Sciences
Subjects:
ear
Online Access:http://www.ojhas.org/issue26/2008-2-4.htm
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spelling doaj-f742c2235d1d422bab24ee6833e97b2f2020-11-24T21:06:56ZengLight House Polyclinic Mangalore Online Journal of Health & Allied Sciences0972-59972008-07-0172A Comparative Analysis of Bacterial Growth with Earphone UseChiranjay MukhopadhyaySoham BasakSoham GuptaKiran ChawlaIndira BairyBackground: Recently the worldwide usage of earphones has increased especially among the school and college students who have a high rate of sharing among them. Alike airline headsets, headphones and stethoscope ear-pieces, ear phones can easily be a vector of potential pathogens, which can give rise to otitis externa. Purpose: To compare the bacterial growth of the external ear in association with earphone and assess the role of earphones as vector or microorganisms. Material and Methods: 50 voluntary male subjects (age 18-25 years) were chosen and divided into two groups, A and B, according to the use of earphones. Swabs were taken from their left ear and the left earpiece of the earphone. Samples were processed as recommended. Results: In group A, bacteria were found in 20 (80%) ear and 14 (56%) earphone swabs. In group B, bacteria were found in 23 (92%) ear and 17 (68%) earphone swabs. Group B showed heavy growth and a significant increase in the number of bacterial growths after frequent and constant use. Conclusion: Frequent and constant use of earphones increases the bacterial growth in the ear and sharing of earphones might be a potential vector of commensals. It is therefore, always better not to share or else to clean the earphones before sharing.http://www.ojhas.org/issue26/2008-2-4.htmBacterial profileearearphonestudent
collection DOAJ
language English
format Article
sources DOAJ
author Chiranjay Mukhopadhyay
Soham Basak
Soham Gupta
Kiran Chawla
Indira Bairy
spellingShingle Chiranjay Mukhopadhyay
Soham Basak
Soham Gupta
Kiran Chawla
Indira Bairy
A Comparative Analysis of Bacterial Growth with Earphone Use
Online Journal of Health & Allied Sciences
Bacterial profile
ear
earphone
student
author_facet Chiranjay Mukhopadhyay
Soham Basak
Soham Gupta
Kiran Chawla
Indira Bairy
author_sort Chiranjay Mukhopadhyay
title A Comparative Analysis of Bacterial Growth with Earphone Use
title_short A Comparative Analysis of Bacterial Growth with Earphone Use
title_full A Comparative Analysis of Bacterial Growth with Earphone Use
title_fullStr A Comparative Analysis of Bacterial Growth with Earphone Use
title_full_unstemmed A Comparative Analysis of Bacterial Growth with Earphone Use
title_sort comparative analysis of bacterial growth with earphone use
publisher Light House Polyclinic Mangalore
series Online Journal of Health & Allied Sciences
issn 0972-5997
publishDate 2008-07-01
description Background: Recently the worldwide usage of earphones has increased especially among the school and college students who have a high rate of sharing among them. Alike airline headsets, headphones and stethoscope ear-pieces, ear phones can easily be a vector of potential pathogens, which can give rise to otitis externa. Purpose: To compare the bacterial growth of the external ear in association with earphone and assess the role of earphones as vector or microorganisms. Material and Methods: 50 voluntary male subjects (age 18-25 years) were chosen and divided into two groups, A and B, according to the use of earphones. Swabs were taken from their left ear and the left earpiece of the earphone. Samples were processed as recommended. Results: In group A, bacteria were found in 20 (80%) ear and 14 (56%) earphone swabs. In group B, bacteria were found in 23 (92%) ear and 17 (68%) earphone swabs. Group B showed heavy growth and a significant increase in the number of bacterial growths after frequent and constant use. Conclusion: Frequent and constant use of earphones increases the bacterial growth in the ear and sharing of earphones might be a potential vector of commensals. It is therefore, always better not to share or else to clean the earphones before sharing.
topic Bacterial profile
ear
earphone
student
url http://www.ojhas.org/issue26/2008-2-4.htm
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