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1
Studies of Hydrogels and Concentrated Aqueous Ionic Solutions by Optical Kerr Effect
Studies of Hydrogels and Concentrated Aqueous Ionic Solutions by Optical Kerr Effect
Van Wyck, Stephen Jedidiah. | Stanford University | 2023
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2
Engineered Synthetic Hydrogel Platform for Human Intestinal Organoids in Vitro Culture and in Vivo Therapeutic Delivery
Engineered Synthetic Hydrogel Platform for Human Intestinal Organoids in Vitro Culture and in Vivo Therapeutic Delivery
Mulero Russe, Adriana. | Georgia Institute of Technology | 2024
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3
Modulation Strategies for Tuning Biomimetic Hydrogel Microstructure and Mechanical Properties
Modulation Strategies for Tuning Biomimetic Hydrogel Microstructure and Mechanical Properties
Du, Yingjie. | University of California, Los Angeles | 2025
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4
Engineered Hydrogels as Platforms for Organoid Development and Disease Modeling
Engineered Hydrogels as Platforms for Organoid Development and Disease Modeling
Liu, Yueming. | Stanford University | 2025
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5
Heparin-Based Hydrogel/3D Printed Scaffold Composites for Cartilage Regeneration
Heparin-Based Hydrogel/3D Printed Scaffold Composites for Cartilage Regeneration
Brown, Nettie Elizabeth Sandra. | Georgia Institute of Technology | 2024
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6
Viscoelasticity and Biomedical Applications of Dynamic Covalent Crosslinked Hydrogels
Viscoelasticity and Biomedical Applications of Dynamic Covalent Crosslinked Hydrogels
Lin, Yung-Hao. | Stanford University | 2024
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7
Engineering an Injectable Hydrogel for Sustained Vaccine Delivery to Improve Humoral Immune Responses
Engineering an Injectable Hydrogel for Sustained Vaccine Delivery to Improve Humoral Immune Responses
Saouaf, Olivia Michelle. | Stanford University | 2024
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8
Modeling Mechanical and Biological Systems: Cell Classification and Mechanical Behavior of Biologically Inspired Hydrogel Systems
Modeling Mechanical and Biological Systems: Cell Classification and Mechanical Behavior of Biologically Inspired Hydrogel Systems
Mousavikhamene, Zeynab. | Northwestern University | 2024
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9
Engineering Hydrogel Microstructure to Promote Meniscus Repair
Engineering Hydrogel Microstructure to Promote Meniscus Repair
Xu, Karen. | University of Pennsylvania | 2024
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10
Spatiotemporal Control of Tendon Healing Through Modular, Injectable Hydrogel Composites
Spatiotemporal Control of Tendon Healing Through Modular, Injectable Hydrogel Composites
Kent, Robert N., III. | University of Michigan | 2024
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