Advances in Animal and Veterinary Sciences
Research Article
Adv. Anim. Vet. Sci. 7(4): 238-249
Figure 1
Color change indicates the creation of SNPs. (a) control flask (AgNO3 solution). b) after the 16h of interaction time of biosynthesis SNPs by the tested microbe (c) after the 24h. d) after the 32h. e) after the 40h.
Figure 2
UV- Vis spectra of mixing ratio of culture supernatant and silver nitrate
Figure 3
UV- Vis spectra of medium type used during SNPs biosynthesis
Figure 4
UV- Vis spectra of different temperatures used during SNPs biosynthesis.
Figure 5
UV- Vis spectra of different pH values used during SNPs biosynthesis.
Figure 6
UV- Vis spectra of incubation times used during SNPs biosynthesis
Figure 7
UV- Vis spectra of AgNO3 concentration used during SNPs biosynthesis
Figure 8
UV- Vis spectra of agitation speeds used during SNPs biosynthesis.
Figure 9
Color change indicates the creation of SNPs biosynthesis.
Figure 10
UV-Vis spectrum of SNPs biofabrication
Figure 11
FTIR analysis of the biosynthesized SNPs by the tested bacterium.
Figure 12
XRD spectra of SNPs biosynthesized by the tested bacterium.
Figure 13
SEM electron micrograph of the SNPs biosynthesized by the tested bacterium.
Figure 14
TEM electron micrograph of the SNPs biosynthesized.
Figure 15
EDX spectra analysis of the biosynthesized SNPs
Figure 16
a. DLS, b. zeta potential of the synthesized SNPs by the tested bacterium