Publications by authors named "Paige Wilcox"
Article Synopsis
- - Developers face challenges in creating thin membranous tissues (TMTs) due to their small size and complex cell structures, with existing methods often lacking in mechanical strength and cell compatibility.
- - Extrusion bioprinting offers a solution but struggles with resolution, prompting researchers to devise a new strategy to improve resolution below the typical 150 μm limit while ensuring cell viability.
- - By using a method that leverages electrostatic interactions between different polymer types, the researchers achieved a remarkable bioprinting resolution of 70 μm, successfully maintaining a viable cell population in the process.
Cell-based medicinal products (CBMPs) are a growing class of therapeutics that promise new treatments for complex and rare diseases. Given the inherent complexity of the whole human cells comprising CBMPs, there is a need for robust and fast analytical methods for characterization, process monitoring, and quality control (QC) testing during their manufacture. Existing techniques to evaluate and monitor cell quality typically constitute labor-intensive, expensive, and highly specific staining assays.
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