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This dissertation by Feng-I Tai explores the fundamental properties and applications of polyampholytic hydrogels, developed for their antifouling capabilities. It examines the balance of positive and negative charges within these polymers, which are crucial for preventing non-specific protein adsorption. The research employs techniques like photografting and SIPGP to create hydrogel thickness gradients and uses spectroscopic methods such as infrared spectroscopy and ellipsometry to analyze their swelling and charge distribution. Additionally, atomic force microscopy is used to measure surface forces, contributing to the understanding of hydrogel interactions. The work aims to enhance the development of antifouling coatings and optical sensing platforms. The study is intended for researchers and professionals in materials science, particularly those interested in hydrogels' applications and surface chemistry.
Surface chemistry. --- Polymers. --- Surface chemistry --- Polymers
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Profilometers --- Surface properties --- Surface (chemistry and physics)
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