Building a Polymer Database for Microplastic Analysis: Advancing Research on Bacterial Colonization and Resistance
Microplastics can serve as substrates for bacteria, and understanding and analyzing their composition has the potential to advance research in this area. Specifically, understanding and analyzing the composition of these microplastics is crucial for advancing research on microbial colonization and resistance mechanisms of bacteria. The study aims to develop a comprehensive and interactive database of known polymers to aid in microplastic identification, specifically samples collected from Blue Marsh Lake and the Basin of Tulpehocken Creek. By cataloging and characterizing polymer types using Infrared (IR) spectroscopy, the database will enable accurate and efficient microplastic analysis in environmental samples. This resource will aid ongoing research on antibiotic-resistant bacteria by providing data on the materials that enable their continued growth and colonization. Ultimately, the spectral library will be utilized to analyze microplastics from freshwater sources, enabling the examination of materials carrying antibiotic-resistant bacteria.
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| Work Title | Building a Polymer Database for Microplastic Analysis: Advancing Research on Bacterial Colonization and Resistance |
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| License | CC BY 4.0 (Attribution) |
| Work Type | Poster |
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| Publication Date | May 2025 |
| DOI | doi:10.26207/aak2-9k50 |
| Deposited | April 29, 2025 |