Preparation, structure and antimicrobial properties of modified gelatin composite hydrogel from chicken, bovine and porcine lung

Ye Zou; Xiaowen Wang; Liang Li; Lingjuan Wang; Yibo Lan; Xiaojuan Qin; Zhongjiang Wang; Daoying Wang; Weimin Xu; Ye Zou; Xiaowen Wang; Liang Li; Lingjuan Wang; Yibo Lan; Xiaojuan Qin; Zhongjiang Wang; Daoying Wang; Weimin Xu

doi:10.48130/fmr-0023-0035

Figures (8) Tables (1)

Figure 1.
Aldehyde content of OKGM prepared under different (a) oxidation times and (b) oxidant concentrations. The data in this figure is expressed as mean ± SD, different letters in this curve indicate significant differences (p < 0.05).
Figure 2.
Infrared spectra of (a) COCH, (b) COBH and (c) COPH with different mixing ratios.
Figure 3.
Microstructure of COCH, COBH and COPH with different mixing ratios.
Figure 4.
Gelatin strength of COCH, COBH and COPH with different mixing ratios. The data in this figure is expressed as mean ± SD, different letters in the same material indicates significant differences (p < 0.05).
Figure 5.
Swelling rate of (a) COCH, (b) COBH, and (c) COPH with different mixing ratios.
Figure 6.
Thermogravimetric analysis of (a) COCH, (b) COBH, and (c) COPH with different mixing ratios.
Figure 7.
Moisture evaporation rate of (a) COCH, (b) COBH, and (c) COPH with different mixing ratios.
Figure 8.
(a) Anti-S. aureus and (b) E. coli activity of COCH, COBH and COPH with different mixing ratios.

	T₂₁ (ms)	T₂₂ (ms)	T₂₃ (ms)	P₂₁	P₂₂	P₂₃
COCH-1	3.152 ± 0.437^a	27.466 ± 0.953^a	530.627 ± 0.100^e	24.990 ± 0.394^d	7649.545 ± 0.963^m	173.803 ± 3.172^d
COCH-2	2.676 ± 0.487^a	19.902 ± 0.468^c	526.32 ± 0.798^e	27.593 ± 0.585^c,d	7914.01 ± 1.024^h	166.833 ± 2.574^e
COCH-3	1.978 ± 0.633^a,b	17.544 ± 0.200^c,d	581.293 ± 1.175^d	30.025 ± 0.370^c	7972.7 ± 1.590^e	167.659 ± 0.626^e
COCH-4	0.675 ± 0.088^c	14.759 ± 0.058^d	332.846 ± 0.881^h	32.866 ± 0.355^a,b	8506.39 ± 3.585^b	153.705 ± 1.037^g
COCH-1	2.7845 ± 0.731^a	23.558 ± 1.133^b	581.118 ± 1.000^d	35.838 ± 1.079^a	7775.183 ± 2.558^l	178.562 ± 1.297^d
COCH-2	2.401 ± 1.091^a	17.012 ± 1.604^c,d	483.093 ± 1.696^g	30.917 ± 0.319^c	7944.58 ± 3.422^g	161.966 ± 0.922^f
COCH-3	1.5705 ± 0.484^a,b	17.6185 ± 1.017^c,d	504.607 ± 0.050^f	33.752 ± 1.111^a	8295.7 ± 0.714^d	153.496 ± 2.485^g
COCH-4	0.557 ± 0.086^c	13.601 ± 0.200^d	303.613 ± 0.945ⁱ	33.392 ± 0.177^a	8912.46 ± 2.481^a	124.857 ± 0.607^h
COPH-1	3.382 ± 0.260^a	26.308 ± 0.714^a	719.183 ± 1.966^b	26.274 ± 3.302^c,d	7403.543 ± 0.526ⁿ	256.824 ± 0.806^a
COPH-2	2.675 ± 1.422^a	19.635 ± 0.999^c	627.106 ± 0.112^c	28.1985 ± 0.773^c,d	7857.69 ± 1.734ⁱ	216.393 ± 0.314^b
COPH-3	2.072 ± 1.050^a	17.586 ± 0.048^c,d	765.049 ± 1.832^a	31.524 ± 0.061^b	7952.09 ± 1.003^f	193.956 ± 1.258^c
COPH-4	1.548 ± 0.108^b	16.209 ± 1.508^c,d	506.198 ± 1.641^f	31.542 ± 0.182^b	8331.59 ± 0.7845^c	176.078 ± 2.867^d
The data in this table is expressed as mean ± SD, different letters in the same column indicates significant differences (p < 0.05).

Table 1.

Low-field nuclear magnetic characterization of COCH, COBH and COPH with different mixing ratios.