The antioxidant of seeds was carried out using extracts from methanol and Silver Nanoparticles from the spice. The SEM shows the shapes, dispersion and agglomeration of the sample, while the EDX confirms the SEM and t...The antioxidant of seeds was carried out using extracts from methanol and Silver Nanoparticles from the spice. The SEM shows the shapes, dispersion and agglomeration of the sample, while the EDX confirms the SEM and the presence of some compounds. The FT-IR reveals the AgNP<sub>s</sub> capping and reducing the particular biomolecule from the functional group for identification. Compounds found in the FT-IR seeds of Capsicum annum are Ag L (Silver iodide), C K (Cyanogen chloride), P K (Phenol). Monodora myristica are Mo L (Molybdenum), Ag L (Silver iodide), C K (Cyanogen chloride), P K (Phenol), Mg K (Magnesium). Piper guineense are Ag L (Silver iodide), Ci K (Potassium chloride), C K (Cyanogen chloride), P K (Phenol). The seeds show that the AgNP<sub>S</sub> of CA and MM has a better antioxidant activity than the methanol of CA and MM, while the PG methanol has a better activity than the AgNP<sub>S</sub> PG. The control (Catechin and Galic acid) has a slight overall better DPPH activity than the AgNP<sub>S</sub>. It is important to note that there is a concentration dependency in CA, MM AgNP<sub>S,</sub> PG methanol respectively. Notably, at CA methanol, the conc. at 125 was higher than the conc. at 250. Hence, there is need to create a great part in using plant samples for making tabulated or capsulated drugs for treatment of diseases and using plant silver nanoparticles to develop a healthy food/drug preservative package material “smart packaging” that will enhance shelf-life.展开更多
Gold nanostructure can be manufactured in many forms,such as spherical by using simple chemical method.X-ray powder diffraction(XRD)pattern of gold nanoparticles(AuNPs)was derived from a 400-μL trisodium citrate solu...Gold nanostructure can be manufactured in many forms,such as spherical by using simple chemical method.X-ray powder diffraction(XRD)pattern of gold nanoparticles(AuNPs)was derived from a 400-μL trisodium citrate solution.The diffraction peaks corresponding to the diffraction planes of(111),(200),and(220)were all indexed to the gold with a face-centered cubic structure.The lattice constant calculated from the XRD pattern is 4.078Å,which matches the conventional cubic gold metal diffraction pattern well(Pattern card number(04-784)).The results of scanning electronic microscope show that the biological nanoparticles of gold have asymmetric shapes and different sizes grouped as a circular particle.It was observed that the fashioning of AuNPs increased with increase in the concentration of[6]-gingerol waste extracts.The viability of FTC-133 cells treated for 48 h with various concentrations of[6]-gingerol extract coated with AuNPs(12.5-400 g/mL)was used to determine the cytotoxicity.A dose-dependent reduction in FTC-133 cell viability caused by[6]-gingerol extract capped with Au NPs was substantial(P<0.05),reaching 75%cell mortality at 400 g/mL;the IC_(50)was 90.5%.展开更多
文摘The antioxidant of seeds was carried out using extracts from methanol and Silver Nanoparticles from the spice. The SEM shows the shapes, dispersion and agglomeration of the sample, while the EDX confirms the SEM and the presence of some compounds. The FT-IR reveals the AgNP<sub>s</sub> capping and reducing the particular biomolecule from the functional group for identification. Compounds found in the FT-IR seeds of Capsicum annum are Ag L (Silver iodide), C K (Cyanogen chloride), P K (Phenol). Monodora myristica are Mo L (Molybdenum), Ag L (Silver iodide), C K (Cyanogen chloride), P K (Phenol), Mg K (Magnesium). Piper guineense are Ag L (Silver iodide), Ci K (Potassium chloride), C K (Cyanogen chloride), P K (Phenol). The seeds show that the AgNP<sub>S</sub> of CA and MM has a better antioxidant activity than the methanol of CA and MM, while the PG methanol has a better activity than the AgNP<sub>S</sub> PG. The control (Catechin and Galic acid) has a slight overall better DPPH activity than the AgNP<sub>S</sub>. It is important to note that there is a concentration dependency in CA, MM AgNP<sub>S,</sub> PG methanol respectively. Notably, at CA methanol, the conc. at 125 was higher than the conc. at 250. Hence, there is need to create a great part in using plant samples for making tabulated or capsulated drugs for treatment of diseases and using plant silver nanoparticles to develop a healthy food/drug preservative package material “smart packaging” that will enhance shelf-life.
文摘Gold nanostructure can be manufactured in many forms,such as spherical by using simple chemical method.X-ray powder diffraction(XRD)pattern of gold nanoparticles(AuNPs)was derived from a 400-μL trisodium citrate solution.The diffraction peaks corresponding to the diffraction planes of(111),(200),and(220)were all indexed to the gold with a face-centered cubic structure.The lattice constant calculated from the XRD pattern is 4.078Å,which matches the conventional cubic gold metal diffraction pattern well(Pattern card number(04-784)).The results of scanning electronic microscope show that the biological nanoparticles of gold have asymmetric shapes and different sizes grouped as a circular particle.It was observed that the fashioning of AuNPs increased with increase in the concentration of[6]-gingerol waste extracts.The viability of FTC-133 cells treated for 48 h with various concentrations of[6]-gingerol extract coated with AuNPs(12.5-400 g/mL)was used to determine the cytotoxicity.A dose-dependent reduction in FTC-133 cell viability caused by[6]-gingerol extract capped with Au NPs was substantial(P<0.05),reaching 75%cell mortality at 400 g/mL;the IC_(50)was 90.5%.
