The results of this study establish practical guidelines for optimal shipping and storage conditions of PEG-coated substrates and inform best practices for experimental micropatterning workflows. This work contributes to the optimization of surface patterning strategies in mechanobiology and tissue engineering research, where maintaining coating stability is critical for experimental reproducibility and long-term functionality.
Characterizing the stability of poly-ethylene glycol surface coatings as a function of environmental conditions
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Faculty of Mechanical Engineering, Technion - Israel Institute of Technology, Haifa
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