Toxicological evaluation of entomotoxic silica nanoparticle
Pest management researchers currently reappraise the use of inert dust-based insecticides
because of the growing problem of environmental pollution and increasing insect resistance
associated with conventional insecticides. Diatomaceous earth, which is amorphous micron-
sized silica derived from fossilized phytoplankton, has become popular as an alternative
insecticidal agent in European countries. In this investigation the insecticidal efficacy of
amorphous lipophilic silica nanoparticle was examined on red flour beetle (Tribolium …
because of the growing problem of environmental pollution and increasing insect resistance
associated with conventional insecticides. Diatomaceous earth, which is amorphous micron-
sized silica derived from fossilized phytoplankton, has become popular as an alternative
insecticidal agent in European countries. In this investigation the insecticidal efficacy of
amorphous lipophilic silica nanoparticle was examined on red flour beetle (Tribolium …
Toxicological evaluation of entomotoxic silica nanoparticle.
ND Nitai Debnath, SD Sumistha Das, PP Prasun Patra… - 2012 - cabidigitallibrary.org
Pest management researchers currently reappraise the use of inert dust-based insecticides
because of the growing problem of environmental pollution and increasing insect resistance
associated with conventional insecticides. Diatomaceous earth, which is amorphous micron-
sized silica derived from fossilized phytoplankton, has become popular as an alternative
insecticidal agent in European countries. In this investigation the insecticidal efficacy of
amorphous lipophilic silica nanoparticle was examined on red flour beetle (Tribolium …
because of the growing problem of environmental pollution and increasing insect resistance
associated with conventional insecticides. Diatomaceous earth, which is amorphous micron-
sized silica derived from fossilized phytoplankton, has become popular as an alternative
insecticidal agent in European countries. In this investigation the insecticidal efficacy of
amorphous lipophilic silica nanoparticle was examined on red flour beetle (Tribolium …
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