GDUFA Research Outcomes
LAI Products
This section contains scientific publications, presentations, and posters arising from GDUFA-funded research relevant to long-acting injectable, insertable or implantable (collectively, LAI) generic products.
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Formation and Microstructural Changes in In Situ Forming Implants: In Vitro and In Vivo
Suh, Min Sung; Kastellorizios, Michail; Zou, Yuan; Wang, Yan; Choi, Stephanie; Burgess, Diane
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Effect of Polymer Source on the In Vitro Release Characteristics of In Situ-forming Implants
Suh, Min Sung; Kastellorizios, Michail; Qu, Wen; Zou, Yuan; Wang, Yan; Choi, Stephanie; Burgess, Diane
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Effect of Solvent Diffusion from In Situ-forming Implants on Drug Release
Suh, Min Sung; Kastellorizios, Michail; Qu, Wen; Zou, Yuan; Wang, Yan; Choi, Stephanie; Burgess, Diane
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Effect of Polymer Source on the In Vitro Release Characteristics of In Situ-forming Implants
Suh, Min Sung; Kastellorizios, Michail; Qu, Wen; Wang, Yan; Choi, Stephanie; Burgess, Diane
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Effect of Polymer Source and Manufacturing Differences on In Vitro Release of In Situ Forming Implants
Suh, Min Sung; Kastellorizios, Michail; Qu, Wen; Wang, Yan; Choi, Stephanie; Burgess, Diane
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The Impact of In vitro Test Methods on Drug Release from PLGA Microparticles
Skidmore, Sarah; Garner, John; Park, Kinam; Park, Haesun; Choi, Stephanie; Wang, Yan
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PLGA Microsphere Stability Characterization Using Image-Based Key Performance Attributes and Release Prediction
Shen, Mike; Wang, Yan; Zhang, Shawn; Qin, Bin; Wang, Ruifeng; Bao, Quanying; Burgess, Diane
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Effect Of Manufacturing Process Parameters On In Vitro Performance Of Peptide Microspheres.
Shen, Jie; Qu, Wen; Wang, Yan; Choi, Stephanie; Burgess, Diane
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Effect of Manufacturing Process Parameters on Physicochemical Properties of Peptide Microspheres
Shen, Jie; Qu, Wen; Wang, Yan; Choi, Stephanie; Burgess, Diane
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In Vitro-In Vivo Correlation Of Risperidone Microspheres
Shen, Jie; Tipnis, Namita; Choi, Stephanie; Qu, Wen; Wang, Yan; Burgess, Diane