Abstract:In vivo forming hydrogels are of interest for diverse biomedical applications due to their ease-of-use and minimal invasiveness and therefore high translational potential. Supramolecular hydrogels that can be assembled using metal–phenolic coordination of naturally occurring polyphenols and group IV metal ions (e.g. Ti<sup>IV </sup>or Zr<sup>IV</sup>) provide a versatile and robust platform for engineering such materials. However, the in situ formation and in vivo response to this new c… Show more
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