showed high mechanical strength (G
0
% 10 kPa) at 20
C and higher G
0 (%100 kPa) at
37
C indicating dynamic acylhydrazone bonds make the hydrogel injectable and
self-healing, while Diels-Alder click chemistry facilitates the stabilization and modulation of physical properties of the hydrogel. Dynamic strain cyclic tests by
Fig. 33 (a) Preparation of hydrogels containing disulfide and boronic ester bonds, (b) visual selfhealing experiments of BPBAC-prepared P(AM-DOPMA) hydrogel, (c) rheologic recovery of
hydrogel under strain 1% (right) which was deformed under high strain (800%) (left). Adapted
with permission [78]. Copyright 2017, American Chemical Society
286
R. Kilic and A. Sanyal
0
% 10 kPa) at 20
C and higher G
0 (%100 kPa) at
37
C indicating dynamic acylhydrazone bonds make the hydrogel injectable and
self-healing, while Diels-Alder click chemistry facilitates the stabilization and modulation of physical properties of the hydrogel. Dynamic strain cyclic tests by
Fig. 33 (a) Preparation of hydrogels containing disulfide and boronic ester bonds, (b) visual selfhealing experiments of BPBAC-prepared P(AM-DOPMA) hydrogel, (c) rheologic recovery of
hydrogel under strain 1% (right) which was deformed under high strain (800%) (left). Adapted
with permission [78]. Copyright 2017, American Chemical Society
286
R. Kilic and A. Sanyal