Synthesis and Characterization of Grewia asiatica-Stabilized Silver Nanoparticle as a Selective Probe for Al+3in Tap, Deionized, Industrial Waste Water and Human Blood Plasma

Aluminum can be found in water and vegetables in the form of the trivalent ion (Al3+), which can potentially contaminate food and water. Overconsumption of aluminum can lead to serious health problems in humans. Therefore, there is a need for an economical and simple procedure to detect the presence of aluminum. In this study, we synthesized a conjugate of Grewia asiaticaextract with silver nanoparticles. The nanoparticle-stabilized fruit extract of Grewia asiaticawas found to be an extremely selective sensor of Al3+in tap water, DI water, industrial wastewater, and human blood plasma. We characterized the Grewia asiatica-conjugated silver nanoparticles (GA-AgNPs) using UV-visible, SEM, and AFM techniques and found that they were stable in an extensive pH range and different electrolyte concentrations up to 10?M NaCl. The GA-AgNPs were circular in shape with typical particle sizes of 65–97?nm. We inspected the photo physical properties of GA-AgNPs concerning metallic ions using UV-visible spectroscopy and found that they were highly selective for Al3+ions, with no interfering ions detected in competitive experimentation. The absorption intensity of GA-AgNPs was directly related to Al3+concentration over a wide range of concentrations (6.25–500?µM). Jobs plot experiment displayed 1?:?1 binding stoichiometry between GA-AgNPs, and Al3+. Additionally, GA-AgNPs were effectively utilized for the recognition of Al3+in laboratory tap water, DI water, industrial wastewater, and human blood plasma.