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Title
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Cellular bioreactivity of micro- and nano-plastic particles in oysters
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Author
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Gaspar, Tamara R., Chi, Richard J., Parrow, Matthew W., Ringwood, Amy H.
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Date Created
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2018
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Subjects--Topical
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Plastics, Nanoparticles
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Description
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The global usage of plastics has increased dramatically over the last several decades. Polystyrene (PS) is the fourth most common plastic material produced annually due to its many versatile applications. Consequently, there has been a coinciding ...
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Title
-
Cellular bioreactivity of micro- and nano-plastic particles in oysters
-
Author
-
Gaspar, Tamara R., Chi, Richard J., Parrow, Matthew W., Ringwood, Amy H.
-
Date Created
-
2018
-
Subjects--Topical
-
Plastics, Nanoparticles
-
Description
-
The global usage of plastics has increased dramatically over the last several decades. Polystyrene (PS) is the fourth most common plastic material produced annually due to its many versatile applications. Consequently, there has been a coinciding ...
-
-
Title
-
Cellular bioreactivity of micro- and nano-plastic particles in oysters
-
Author
-
Gaspar, Tamara R., Chi, Richard J., Parrow, Matthew W., Ringwood, Amy H.
-
Date Created
-
2018
-
Subjects--Topical
-
Plastics, Nanoparticles
-
Description
-
The global usage of plastics has increased dramatically over the last several decades. Polystyrene (PS) is the fourth most common plastic material produced annually due to its many versatile applications. Consequently, there has been a coinciding ...
-
-
Title
-
Cellular bioreactivity of micro- and nano-plastic particles in oysters
-
Author
-
Gaspar, Tamara R., Chi, Richard J., Parrow, Matthew W., Ringwood, Amy H.
-
Date Created
-
2018
-
Subjects--Topical
-
Plastics, Nanoparticles
-
Description
-
The global usage of plastics has increased dramatically over the last several decades. Polystyrene (PS) is the fourth most common plastic material produced annually due to its many versatile applications. Consequently, there has been a coinciding ...
-
-
Title
-
Cellular bioreactivity of micro- and nano-plastic particles in oysters
-
Author
-
Gaspar, Tamara R., Chi, Richard J., Parrow, Matthew W., Ringwood, Amy H.
-
Date Created
-
2018
-
Subjects--Topical
-
Plastics, Nanoparticles
-
Description
-
The global usage of plastics has increased dramatically over the last several decades. Polystyrene (PS) is the fourth most common plastic material produced annually due to its many versatile applications. Consequently, there has been a coinciding ...
-
-
Title
-
Cellular bioreactivity of micro- and nano-plastic particles in oysters
-
Author
-
Gaspar, Tamara R., Chi, Richard J., Parrow, Matthew W., Ringwood, Amy H.
-
Date Created
-
2018
-
Subjects--Topical
-
Plastics, Nanoparticles
-
Description
-
The global usage of plastics has increased dramatically over the last several decades. Polystyrene (PS) is the fourth most common plastic material produced annually due to its many versatile applications. Consequently, there has been a coinciding ...
