Critical Examination of Sputum Samples for Environmental Pollutants from Industrial Population of Bilaspur City

This study intends to determine how microscopic sputum analysis could potentially aid in identifying environmental toxins associated with breathing issues in order to develop better management approaches for lowering pollution's impact on the lungs. This project used a mixed method technique, which included both quantitative and qualitative research. The study included 50 participants from various socioeconomic backgrounds. A structured questionnaire was created to collect data from participants. The sputum specimens were examined under a bright field microscope. Microscopic investigation of the material using Giemsa stain determined the presence of environmental pollutants in the sample. It is clear that microscopic analysis is an effective technique for investigating the intricate interactions between environmental contaminants and respiratory hazards. Furthermore, microscopy provides a cost-effective and efficient method of assessing respiratory health in people exposed to pollutants, allowing for early identification and intervention to prevent the development of significant respiratory disorders. Thus, this study seeks to establish how microscopic sputum analysis could potentially aid in pinning down environmental toxins linked with breathing difficulties so as to come up with better management approaches towards reducing pollution impacts on lungs.

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Publication Details

Journal
Current World Environment
Published
2025-05-05
DOI
https://doi.org/10.12944/cwe.20.1.27
Primary Topic
Air Quality and Health Impacts
Type
article
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article

Critical Examination of Sputum Samples for Environmental Pollutants from Industrial Population of Bilaspur City

Tulika Chandra, P Vishnupriya, Shewli Shabnam, Sudhir Yadav
Current World Environment
Air Quality and Health Impacts
article

Critical Examination of Sputum Samples for Environmental Pollutants from Industrial Population of Bilaspur City

Tulika Chandra, P Vishnupriya, Shewli Shabnam, Sudhir Yadav
article en

Abstract

This study intends to determine how microscopic sputum analysis could potentially aid in identifying environmental toxins associated with breathing issues in order to develop better management approaches for lowering pollution's impact on the lungs. This project used a mixed method technique, which included both quantitative and qualitative research. The study included 50 participants from various socioeconomic backgrounds. A structured questionnaire was created to collect data from participants. The sputum specimens were examined under a bright field microscope. Microscopic investigation of the material using Giemsa stain determined the presence of environmental pollutants in the sample. It is clear that microscopic analysis is an effective technique for investigating the intricate interactions between environmental contaminants and respiratory hazards. Furthermore, microscopy provides a cost-effective and efficient method of assessing respiratory health in people exposed to pollutants, allowing for early identification and intervention to prevent the development of significant respiratory disorders. Thus, this study seeks to establish how microscopic sputum analysis could potentially aid in pinning down environmental toxins linked with breathing difficulties so as to come up with better management approaches towards reducing pollution impacts on lungs.

Current World EnvironmentVol. 20(1)
Guru Ghasidas Vishwavidyalaya (IN), Central Forensic Science Laboratory (IN)
Openalex Percentile: Top 86%
Air Quality and Health Impacts
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Critical Examination of Sputum Samples for Environmental Pollutants from Industrial Population of Bilaspur City — Tulika Chandra, P Vishnupriya, et al. · Current World Environment (2025) | TGRS Research Map | TGRS