Organics in mussel tissue (Mytilus edulis)

Description

• General description: SRM 1974C_certSRM 1974C_SDS
• Application: Environmental biomonitoring with mussels: A study assessed the trophic transfer of single-walled carbon nanotubes, using Mytilus edulis as a model organism, to explore the toxicological responses at the base of the food chain, highlighting the role of mussels in environmental biomonitoring (Al-Shaeri et al., 2022).Pharmaceutical applications of mussel tissue: Research on the responses of blue mussels to various concentrations of the UV filter ensulizole demonstrated significant findings on the bioactive responses in mussels, useful for understanding bioaccumulation effects relevant to pharmaceutical and environmental monitoring applications (Pham et al., 2022).Marine biotechnology research: The investigation into trace elements accumulated in transplanted blue mussels during restoration activities provides insights into environmental and pharmaceutical applications, serving as a model for studying contaminant dynamics and potential health risks in marine biotechnology research (Parolini et al., 2022).Biotoxin detection in mussel tissue: A biomarker-based study of the sublethal toxicity of organic UV filters on Mytilus edulis sheds light on the impacts of emerging contaminants, offering crucial data for biotoxin detection and environmental health assessments (Falfushynska et al., 2021).Marine biotechnology applications for Mytilus edulis organic extracts: Proteomic analysis of the blue mussel larval shell organic matrix provides a deep understanding of the structural proteins involved, which are critical for developing bioactive materials and applications in marine biotechnology (Carini et al., 2019).
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