“…This state-of-the-art technology involves merging nanotechnology with microorganisms to produce innovative materials with distinct properties and functions. For instance, microbial nanotechnology has been utilized to create eco-friendly methods for bioremediating industrial effluents, which can aid in reducing pollution and safeguarding the environment [ 2 ]. Moreover, microbial biosynthetic nanoparticles, consisting of a biomolecule capping layer adsorbed on the surface, have been fabricated using microbial nanotechnology.…”
Microbial nanotechnology (MN), or microbial nanobiotechnology, is a rapidly expanding research area with the potential to transform various fields, including bioremediation, energy production, medicine, and agriculture [...]
“…This state-of-the-art technology involves merging nanotechnology with microorganisms to produce innovative materials with distinct properties and functions. For instance, microbial nanotechnology has been utilized to create eco-friendly methods for bioremediating industrial effluents, which can aid in reducing pollution and safeguarding the environment [ 2 ]. Moreover, microbial biosynthetic nanoparticles, consisting of a biomolecule capping layer adsorbed on the surface, have been fabricated using microbial nanotechnology.…”
Microbial nanotechnology (MN), or microbial nanobiotechnology, is a rapidly expanding research area with the potential to transform various fields, including bioremediation, energy production, medicine, and agriculture [...]
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