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arav-saherwala/Detection-of-unlabeled-nanoplastics-using-enhanced-dark-field-hyperspectral-microscopy: Dataset for the publication titled: "Detection of unlabeled nanoplastics within Daphnia magna using enhanced darkfield hyperspectral microscopy"
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This is a dataset record for a study that used enhanced darkfield hyperspectral microscopy to detect unlabeled (unstained) nanoplastic particles inside the body of Daphnia magna—a small freshwater crustacean widely used as an environmental indicator species—demonstrating that nanoplastics can be visualized in living organisms without chemical modification.
This release contains the data used in the publication titled: "Detection of unlabeled nanoplastics within Daphnia magna using enhanced darkfield hyperspectral microscopy". The dataset contains raw hyperspectral data, original image files, and excel files plotting the spectral data.
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arav-saherwala/Detection-of-unlabeled-nanoplastics-using-enhanced-dark-field-hyperspectral-microscopy: Dataset for the publication titled: "Detection of unlabeled nanoplastics within Daphnia magna using enhanced darkfield hyperspectral microscopy"
AI summary Read the abstract
This is a dataset record for a study that used enhanced darkfield hyperspectral microscopy to detect unlabeled (unstained) nanoplastic particles inside the body of Daphnia magna—a small freshwater crustacean widely used as an environmental indicator species—demonstrating that nanoplastics can be visualized in living organisms without chemical modification.
Detection of unlabeled nanoplastics within Daphnia magna using enhanced darkfield hyperspectral microscopy
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Researchers developed a method to detect unlabeled nanoplastics within Daphnia magna using enhanced darkfield hyperspectral microscopy combined with a post-exposure histological labeling process. The study presents a new approach for identifying nanoplastic particles in model organisms without requiring pre-labeled or fluorescent plastics.
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Researchers reviewed enhanced dark-field microscopy combined with hyperspectral imaging as a non-destructive optical technique for detecting and chemically characterizing nanoscale particles — including nanoplastics — in live, wet biological samples where electron microscopy is impractical.
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