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Fabrication and use of nanoparticles have progressively enlarged within the last decade. Herein the silver nanoparticles (AgNps) were synthesized via the extract from  Marsilea quadrifolia  ( Mq ) as a decreasing and steadying mediator. The  Mq- AgNPs demonstrated superior toxicity on Zika virus vector,  Aedes aegypti  with the LC 50  value of 10.69 µg·mL −1 . The  Mq- AgNPs were established securely to non-target organisms  Artemia nauplii  and  Ceriodaphnia cornuta,  and no structural or anatomical alterations confirm its security to the surroundings. The antibacterial activity exposed that  Mq- AgNPs showed superior growth inhibition effect against the tested bacteria. Furthermore, the  Mq- AgNPs showed strong antioxidant activities when compared to  Mq  leaf extract. Overall, our results highlight that  Mq- AgNPs are hopeful and biodegradable devices against mosquito vectors of therapeutic significance, with moderate toxicity against non-target aquatic animals.

green processing and synthesis

Antibacterial greener silver nanoparticles synthesized using  Marsilea quadrifolia  extract and their eco-friendly evaluation against Zika virus vector,  Aedes aegypti