Im having a hard time understanding this article, could you please explain the text and graphs.

rera eta Mechanical and Chemical Enzyme-Responsive Hydrogels A Light turned ON B 1000 1000 100 100 10 10 pokes. G. G (Pa) G (Pa) 1 0.1 01 N/A 0 0.05 0.10 0 0.05 0.10 0 0.05 0.10 OS AOA ADA OSADA G (Pa) G" (Pa) 001 0.01 TE-3 200 400 600 800 1000 0.001 0 100 200 300 600 700 800 SOO Time (s) 400 500 Time (s) FIGURE 1 Shear Theology masurements during hydroge photo crosslinking. Samples were radiatod for 600 s (460 nm, 140 mW/cm measurements were performed up to 900 s (A) Storage (G) and loss (G) shear modul measured for the 0.50-0.10 A/DANH/Apeaba hydrogel formulation as a function of time. The radiation period is displayed between the dashedines Samples were monitored for additional 300 s after irradiation (B) Variation of G during and after light exposure for at investigated hydrogel formulations: 0.25 A/DA ratio (blue), 0.50 A/DA ratio (red) and 0.75 ADA ratio (groorkno hydrogel amino content (sold line), Hydrogel mino contend NH/AREGA molar ratio 0.05 (dashed line) and hydrogel amino contend NH/Apeada molar ratio = 0.10 (dotted ine). Each curve is the average of measurements performed on n-3 independent samples per formulation Time is hore defined as the instant at which the light was switched on Statistical analysis: one-way ANOVA considering platou values of G'.P /APEGDA hydrogels than in 0.25 to 0.05 ones sweep tests (Figure 2C), being / -1/GIn particular, shear (Figure 4B), as expected. No differences were observed between storage modell in the relaxed state were estimated from creep Lox and Glyo amine reaction kinetics, in agreement with compliance and were found to be statistically different between results obtained for soluble models. The final amino conversion hydrogel groups (n = 3, one-way ANOVA. P