Abstract
Materials that provide control over the release of multiple chemical or biological agents are of interest in a broad range of biomedical and biotechnological applications.[1–6] Temporal control over the release of multiple biological cues, for example, will likely prove critical in applications such as tissue engineering, for which precise control over the administration of multiple different growth factors and other signals is thought to be required to promote the development of functional tissues.[2–4,6] Such sophisticated levels of control could also contribute to the development of new tools for basic biomedical research and more effective gene- and protein-based therapies.
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