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• W4223467658 endingPage "103513" @default.
• W4223467658 startingPage "103513" @default.
• W4223467658 abstract "Hydrogels are three-dimensional networks that can absorb moisture up to several times their weight and have many medical and biological applications. In this paper, the fabrication and characterization of a three-component chitosan (CS) / sodium alginate (SA) / polyvinyl alcohol (PVA) hydrogel with various weight percentages (0, 5, 10, 15, and 20) wt% of Ag 2 O/SiO 2 with Calendula officinalis flower extract as an active ingredient are fabricated as a novel and green wound dressing. After forming bio-nano composites utilizing the cross-linking technique, Fourier transform infrared (FT-IR) spectroscopy is applied to determine and prove the functional groups added to the CS/PVA/SA at the whole step. X-ray diffraction (XRD) analysis is performed to prove the crystalline and amorphous structure of Ag 2 O/SiO 2 NPs. The field emission scanning electron microscope (FE-SEM) analyses and Energy-dispersive X-ray spectroscopy (EDS) are performed to confirm the morphology of the composition and check the elements to increase wound healing. Atomic force microscope (AFM) examination is done to prove and determine surface roughness and pores. The tensile test is performed to determine the tensile strength and mechanical properties of nanocomposites. Also, by immersing nanocomposites in the simulated body fluid (SBF) and phosphate buffer salt (PBS), the swelling ratio is determined, and the release of Calendula officinalis flower extract is measured in PBS. Finally, the synthesized hydrogel's water vapor transmission rate (WVRT) and then antibacterial tests are determined. This research proves that with the increase of Ag 2 O/SiO 2 NPs to 20% wt., the biofilm's tensile strength and mechanical properties and all healing properties have improved significantly. Producing these films is very effective in improving skin infections. Finally, the thermogravimetric analysis (TGA) is applied to estimate the thermal stability of the biopolymer films with various percentages of mesoporous Ag 2 O/SiO 2 nanoparticles." @default.
• W4223467658 created "2022-04-15" @default.
• W4223467658 creator A5010688373 @default.
• W4223467658 creator A5024218098 @default.
• W4223467658 creator A5033263159 @default.
• W4223467658 creator A5067905236 @default.
• W4223467658 date "2022-06-01" @default.
• W4223467658 modified "2023-09-29" @default.
• W4223467658 title "Fabrication and characterization of biopolymers with antibacterial nanoparticles and Calendula officinalis flower extract as an active ingredient for modern hydrogel wound dressings" @default.
• W4223467658 cites W1977495911 @default.
• W4223467658 cites W1981570530 @default.
• W4223467658 cites W2019974795 @default.
• W4223467658 cites W2071657929 @default.
• W4223467658 cites W2071800500 @default.
• W4223467658 cites W2074065611 @default.
• W4223467658 cites W2090837486 @default.
• W4223467658 cites W2118401551 @default.
• W4223467658 cites W2133173362 @default.
• W4223467658 cites W2136544919 @default.
• W4223467658 cites W2143249219 @default.
• W4223467658 cites W2163941203 @default.
• W4223467658 cites W2180969558 @default.
• W4223467658 cites W2185564569 @default.
• W4223467658 cites W2254012488 @default.
• W4223467658 cites W2518373311 @default.
• W4223467658 cites W2520628036 @default.
• W4223467658 cites W2560502316 @default.
• W4223467658 cites W2572457749 @default.
• W4223467658 cites W2594752267 @default.
• W4223467658 cites W2794010518 @default.
• W4223467658 cites W2801466722 @default.
• W4223467658 cites W2883730883 @default.
• W4223467658 cites W2910095469 @default.
• W4223467658 cites W2914819200 @default.
• W4223467658 cites W2923193444 @default.
• W4223467658 cites W2924430095 @default.
• W4223467658 cites W2947143116 @default.
• W4223467658 cites W2993911404 @default.
• W4223467658 cites W2996448360 @default.
• W4223467658 cites W2998855366 @default.
• W4223467658 cites W2998920310 @default.
• W4223467658 cites W3004964744 @default.
• W4223467658 cites W3009347743 @default.
• W4223467658 cites W3011138671 @default.
• W4223467658 cites W3015273489 @default.
• W4223467658 cites W3021198541 @default.
• W4223467658 cites W3035232865 @default.
• W4223467658 cites W3037230067 @default.
• W4223467658 cites W3037825798 @default.
• W4223467658 cites W3044447767 @default.
• W4223467658 cites W3047104964 @default.
• W4223467658 cites W3047875984 @default.
• W4223467658 cites W3082630715 @default.
• W4223467658 cites W3085381931 @default.
• W4223467658 cites W3088379959 @default.
• W4223467658 cites W3101341848 @default.
• W4223467658 cites W3106810919 @default.
• W4223467658 cites W3107755055 @default.
• W4223467658 cites W3111182730 @default.
• W4223467658 cites W3112957521 @default.
• W4223467658 cites W3123342582 @default.
• W4223467658 cites W3125581444 @default.
• W4223467658 cites W3126797043 @default.
• W4223467658 cites W3127864834 @default.
• W4223467658 cites W3127890142 @default.
• W4223467658 cites W3128058238 @default.
• W4223467658 cites W3136165045 @default.
• W4223467658 cites W3137855018 @default.
• W4223467658 cites W3141723184 @default.
• W4223467658 cites W3147268827 @default.
• W4223467658 cites W3167109020 @default.
• W4223467658 cites W3169986202 @default.
• W4223467658 cites W3173809279 @default.
• W4223467658 cites W3177178089 @default.
• W4223467658 cites W3184195511 @default.
• W4223467658 cites W3190028703 @default.
• W4223467658 cites W3190568455 @default.
• W4223467658 cites W3193219480 @default.
• W4223467658 cites W3193255303 @default.
• W4223467658 cites W3196186165 @default.
• W4223467658 cites W3196580459 @default.
• W4223467658 cites W3197081832 @default.
• W4223467658 cites W3197466585 @default.
• W4223467658 cites W3199548435 @default.
• W4223467658 cites W3200555996 @default.
• W4223467658 cites W3200947817 @default.
• W4223467658 cites W3202903217 @default.
• W4223467658 cites W3207369992 @default.
• W4223467658 cites W3208017608 @default.
• W4223467658 cites W3211771236 @default.
• W4223467658 cites W577612168 @default.
• W4223467658 doi "https://doi.org/10.1016/j.mtcomm.2022.103513" @default.
• W4223467658 hasPublicationYear "2022" @default.
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