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Universitas Hasanuddin
Research output:Contribution to journalArticlepeer-review

Facile synthesis of zeolitic imidazolate framework coated glass microspheres

Chester A.M.

Journal of Materials Chemistry B

Q1
Published: 2026

Abstract

release (6.9-13.6 ppm over 7 days) and demonstrated improved methylene blue loading capacity, showing promise for pH-responsive drug delivery. This adaptable synthetic method to produce P40-based MOF composites highlights the potential synergistic benefits of combining PBG microspheres (bioactivity, tuneable degradation rates) and MOFs (high surface areas and porosity), offering an underexplored strategy to new MOF@PBG composites for drug delivery, antibacterial coatings and bone repair.

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10.1039/d5tb02418h

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Materials scienceSciences
CoatingSciences
PorositySciences
Degradation (telecommunications)Sciences
Zeolitic imidazolate frameworkSciences
Chemical engineeringSciences
Layer (electronics)Sciences
ImidazolateSciences
Composite materialSciences
MicrosphereSciences
Powder coatingSciences
CalcinationSciences
Glass microsphereSciences
Methylene blueSciences
Porous glassSciences
Composite numberSciences
HomogeneousSciences
Bioactive glassSciences
Specific surface areaSciences
PhotocatalysisSciences