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Filtering by: Subject Containers -- Materials -- Testing Degree Field Toxicology

Assessing the Impacts of Size, Structure, and Surface Chemistry on the Toxicity of Two High Production Organic Nanomaterials using the Embryonic Zebrafish Model

Creator:

Meredith, Ailcea N.

Abstract:

The low risk and sustainable implementation of nanotechnology requires understanding how nanomaterial physicochemical properties influence their toxicity. Major drivers of toxicity need to be avoided while maximizing product efficacy so nanomaterials can be produced to best serve their applications and be of low risk when intentionally or unintentionally released into...

Resource Type:

Masters Thesis

Full Text:

response of the entrapped λ-Cy. Testing across other encapsulated products is needed to determine if size
In vivo assessment of nanomaterial-induced toxicity using embryonic zebrafish

Creator:

Usenko, Crystal Y.

Abstract:

Due to their unique physical, chemical, and magnetic properties, nanomaterials have great potential for industrial development. There is a pressing need to develop rapid whole animal-based testing assays to assess the potential toxicity of engineered nanomaterials. To meet this challenge the embryonic zebrafish model was employed to determine the toxicity...

Resource Type:

Masters Thesis

Full Text:

industrial development. There is a pressing need to develop rapid whole animal-based testing assays to