What question did this study set out to answer?

The main aim is to evaluate the drug loading-release behavior and antimicrobial properties of eggshell-derived calcium silicate scaffolds.

April 24, 2026New Journal of Chemistry0 citations

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Phase variations in waste-derived CaSiO 3 for efficient drug loading, releasing, and antimicrobial applications

STSumaya TabassumRajshahi University of Engineering and Technology MMMashrafi Bin MobarakBangladesh Council of Scientific and Industrial Research MAMd. Farid AhmedCentral Glass and Ceramic Research Institute

Key Points

The main aim is to evaluate the drug loading-release behavior and antimicrobial properties of eggshell-derived calcium silicate scaffolds.
Structural confirmation of eggshell-derived calcium silicate scaffolds
Assessment of drug loading and release capabilities
Evaluation of antimicrobial performance
High effectiveness in drug loading and release behavior
Notable antimicrobial activity against tested pathogens

Abstract

Eggshell-derived calcium silicate scaffolds were structurally confirmed, exhibited effective drug loading-release behavior, and displayed notable antimicrobial performance.

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Phase variations in waste-derived CaSiO 3 for efficient drug loading, releasing, and antimicrobial applications

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