Figures & data
Figure 1. V/sAS/Ag and V/pAS/Ag Fabrication processes and surface micromorphology of each material. A: Schematic of the construction of a silver HTZ sample downloaded under vacuum and non-vacuum conditions, with the base ceramic sheet in grey, the aluminosilicate coating in red, and the silver particles in particles. B: Representative images of sintered materials. C: Representative images of observation of the surface morphology of different materials.
![Figure 1. V/sAS/Ag and V/pAS/Ag Fabrication processes and surface micromorphology of each material. A: Schematic of the construction of a silver HTZ sample downloaded under vacuum and non-vacuum conditions, with the base ceramic sheet in grey, the aluminosilicate coating in red, and the silver particles in particles. B: Representative images of sintered materials. C: Representative images of observation of the surface morphology of different materials.](/cms/asset/08cc0beb-e14e-4594-8722-d0fa4e9e1cd6/ianb_a_2244013_f0001_c.jpg)
Figure 2. EDS elemental analysis of Material surfaces. A: Representative images of V/sAS/Ag element proportion and spectrum; B: Representative images of V/pAS/Ag element proportion and spectrum.
![Figure 2. EDS elemental analysis of Material surfaces. A: Representative images of V/sAS/Ag element proportion and spectrum; B: Representative images of V/pAS/Ag element proportion and spectrum.](/cms/asset/346b7852-5ddc-4ba8-8e1b-eb32a9802de2/ianb_a_2244013_f0002_c.jpg)
Figure 3. XPS detection of Material surface elements. A: Representative images of full spectrum of vacuum sintered unloaded silver sample V; B: Representative images of full spectrum of vacuum sintered coated V/sAS/Ag sample. C: Representative images of full spectrum of non-vacuum sintered coated V/pAS/Ag sample.
![Figure 3. XPS detection of Material surface elements. A: Representative images of full spectrum of vacuum sintered unloaded silver sample V; B: Representative images of full spectrum of vacuum sintered coated V/sAS/Ag sample. C: Representative images of full spectrum of non-vacuum sintered coated V/pAS/Ag sample.](/cms/asset/86a276a8-7fc3-416f-969b-12b2b7e188c3/ianb_a_2244013_f0003_c.jpg)
Figure 4. Silver element detection. A: Representative images of transmittance of modified V/sAS/Ag and V/pAS/Ag; B: Representative images of V/sAS/Ag and V/pAS/Ag silver particle distribution; C: Silver ion release curves in V/sAS/Ag and V/pAS/Ag. T-test was used for expression differences between the two groups, * p < 0.05.
![Figure 4. Silver element detection. A: Representative images of transmittance of modified V/sAS/Ag and V/pAS/Ag; B: Representative images of V/sAS/Ag and V/pAS/Ag silver particle distribution; C: Silver ion release curves in V/sAS/Ag and V/pAS/Ag. T-test was used for expression differences between the two groups, * p < 0.05.](/cms/asset/1dd3002a-84b4-45dc-8a2b-fac724e72fc7/ianb_a_2244013_f0004_c.jpg)
Figure 6. The sterilisation effect of silver-loaded materials. A: Bactericidal effect of V/sAS/Ag and V/pAS/Ag treatment on S.aureus, L.acidophilus, and E.coli. Statistical plots of the bactericidal effects of V/sAS/Ag and V/pAS/Ag on S.aureus (B), L. acidophilus (C), and E.coli (D). compared with the control group, **p < 0.01; compared with the V/sAS/Ag group, #p < 0.05.
![Figure 6. The sterilisation effect of silver-loaded materials. A: Bactericidal effect of V/sAS/Ag and V/pAS/Ag treatment on S.aureus, L.acidophilus, and E.coli. Statistical plots of the bactericidal effects of V/sAS/Ag and V/pAS/Ag on S.aureus (B), L. acidophilus (C), and E.coli (D). compared with the control group, **p < 0.01; compared with the V/sAS/Ag group, #p < 0.05.](/cms/asset/0016235d-770c-4498-b583-11f0fe9e84d5/ianb_a_2244013_f0006_c.jpg)
Data availability statement
The datasets used or analyzed during the current study are available from the corresponding author on reasonable request.