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. Author manuscript; available in PMC: 2020 Dec 1.
Published in final edited form as: Prog Mater Sci. 2019 Jul 17;106:100589. doi: 10.1016/j.pmatsci.2019.100589

Table 2.1.

Commonly studied oxidation-reduction responsive moieties and their respective oxidative states. Reprinted by permission from (91) published by Wiley.

H2O2-responsive materials Chemical structure and oxidation
Part 1: H2O2-induced change
Thioether containing materials graphic file with name nihms-1536418-t0007.jpg
Selenium containing materials graphic file with name nihms-1536418-t0008.jpg
Tellurium containing materials graphic file with name nihms-1536418-t0009.jpg
Phenylboronic acid/ester containing materials graphic file with name nihms-1536418-t0010.jpg
Part 2; H2O2 induced degradation
Diselenide groups containing materials graphic file with name nihms-1536418-t0011.jpg
Thioketal containing materials graphic file with name nihms-1536418-t0012.jpg
Phenylboronic ester capped materials graphic file with name nihms-1536418-t0013.jpg
Aryl oxalate ester containing materials graphic file with name nihms-1536418-t0014.jpg