Materials

Plant extract Mediated nanoparticle Synthesis

Recently, the plant-mediated nanoparticles (NPs)have drawn more attention dueto the physicochemical traits of nanoparticles. A green solvent medium, reducing agent and a non-hazardous substance for the stabilization makes the process eco-friendly and biocompatible procedures for the synthesis of NPs.The NPs were synthesizedusing different parts of hydrophytes, mesophytes and xerophytesplant alike callus, fruit, leaves, flower, root, peel, seed and stem. As, plant extracts are rich in amino acids, as well as secondarymetabolites, such as alkaloids, flavonoids, polysaccharides,polyphenols, steroids, terpenoids and vitamins. These metaboliteshave important parts reducing metal salt and capping, inhibit theaggregation and stabilization of synthesized NPs.Mostly, organic compounds in the plant extract through chelationinactivate metal ions. Metal ions are grabbed and covered by organiccompounds; as well as forms NPs from metal ions. The monodispersedmorphology and yield of NPs can be altered by regulatingthe reaction environments. The plant extracts mediated NPssynthesis is parted into three steps. Firstly, reduction and metal ionnucleation were happening. Secondly, NPs were combined togetherto form metal particles. Finally, NPs shape formed. The obtainedNPs are centrifuged and obtained precipitates were washed with anappropriate solvent to remove impurities Currently, the role of hPLSCR1 in apoptosis, cell development and in other disease pathways are under progress.


Nano Particle Synthesis

Nano Fibre Fabrication

Biopolymer Production