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Amphiphilic Beads as Depots for Sustained Drug Release Integrated into Fibrillar Scaffolds

Home / Amphiphilic Beads as Depots for Sustained Drug Release Integrated into Fibrillar Scaffolds

Amphiphilic Beads as Depots for Sustained Drug Release Integrated into Fibrillar Scaffolds

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Amphiphilic Beads as Depots for Sustained Drug Release Integrated into Fibrillar Scaffolds

May 12, 2014

Research article entitled “Amphiphilic Beads as Depots for Sustained Drug Release Integrated into Fibrillar Scaffolds” published in Journal of Controlled Release (May 2014)

« Nanoclay Enriched Poly(ε-caprolactone) Electrospun Scaffolds for Osteogenic Differentiation of Human Mesenchymal Stem Cell » Finalist – Biomaterials Day at Texas A&M University.
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Biomaterials (2) Drug-delivery (2) Genetics (2) Genomics (3) HEC Fellow (1) HEEP Fellow (1) Nanomaterials (3) Stem Cells (1) TAMU Merit Fellow (1)
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