Kaolinite, sepiolite, and clinoptilolite were used as carriers to develop antibacterial materials. The materials were enriched in sodium by ion exchange. Silver ion exchange by silver nitrate followed by phosphoric acid treatment enabled the controlled release of silver. The antibacterial function of the materials was investigated by halo test and the amount of silver released was investigated by energy dispersive X-ray spectroscopy. The enhanced antibacterial efficiency was obtained by minimizing the silver release which further provided longevity to the material and prevented the health risks posed by excess silver release
Microorganism produce a wide range of diseases and they are responsible of contamination of drinking...
A goal of our study was to find an alternative to nano-silver-based antimicrobial materials which wo...
Organo-Ag-bentonite was prepared by the attachment of cationic surfactant cetyltrimethylammonium bro...
Kaolinite, sepiolite, and clinoptilolite were used as carriers to develop antibacterial materials. T...
A synergistic combination of organic and inorganic materials as a hybrid antibacterial agent aiming ...
The aim of this study was to synthesize Ag-nanoclay composite by solid ion exchange, then characteri...
Chlorhexidine acetate-loaded silver-kaolinite (CA-Ag-Kaol) was prepared and characterised, and its a...
The antibacterial effects of silver ion containing film against Escherichia coli, Salmonella typhimu...
WOS: 000277847200005The antibacterial effects of Cu2+-, Zn2+-, Ag+-, Ag-0- and cetylpridinium-exchan...
Although silver nanoparticles are known for their antibacterial activity, little research has been c...
A system of dual antibacterial agents loaded onto kaolinite (Kao) as carrier has been developed by a...
Antibacterial characteristic of silver makes this material very appealing for surface coating on var...
Several dental materials contain silver for antibacterial effect, however the effect is relatively l...
Research has clarified the properties required for polymers that resist bacterial colonisation for u...
Antibacterial materials based on calcium phosphates have wide range of biomedical applications in th...
Microorganism produce a wide range of diseases and they are responsible of contamination of drinking...
A goal of our study was to find an alternative to nano-silver-based antimicrobial materials which wo...
Organo-Ag-bentonite was prepared by the attachment of cationic surfactant cetyltrimethylammonium bro...
Kaolinite, sepiolite, and clinoptilolite were used as carriers to develop antibacterial materials. T...
A synergistic combination of organic and inorganic materials as a hybrid antibacterial agent aiming ...
The aim of this study was to synthesize Ag-nanoclay composite by solid ion exchange, then characteri...
Chlorhexidine acetate-loaded silver-kaolinite (CA-Ag-Kaol) was prepared and characterised, and its a...
The antibacterial effects of silver ion containing film against Escherichia coli, Salmonella typhimu...
WOS: 000277847200005The antibacterial effects of Cu2+-, Zn2+-, Ag+-, Ag-0- and cetylpridinium-exchan...
Although silver nanoparticles are known for their antibacterial activity, little research has been c...
A system of dual antibacterial agents loaded onto kaolinite (Kao) as carrier has been developed by a...
Antibacterial characteristic of silver makes this material very appealing for surface coating on var...
Several dental materials contain silver for antibacterial effect, however the effect is relatively l...
Research has clarified the properties required for polymers that resist bacterial colonisation for u...
Antibacterial materials based on calcium phosphates have wide range of biomedical applications in th...
Microorganism produce a wide range of diseases and they are responsible of contamination of drinking...
A goal of our study was to find an alternative to nano-silver-based antimicrobial materials which wo...
Organo-Ag-bentonite was prepared by the attachment of cationic surfactant cetyltrimethylammonium bro...