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Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation

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Published in:BioNanoScience
Format: Online Article RSS Article
Published: 2026
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publishDate 2026
publishDateSort 2026
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spellingShingle Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation
Chemistry
General
Chemistry
sub_discipline_display General
sub_discipline_facet General
subject_display Chemistry
General
Chemistry
Chemistry
General
Chemistry
subject_facet Chemistry
General
Chemistry
title Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation
title_auth Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation
title_full Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation
title_fullStr Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation
title_full_unstemmed Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation
title_short Surfactant-Mediated Surface Engineering Redirects CrO Nanoparticles Activity in Pea Seeds from Toxicity to Hormesis and Organ-Specific Growth Stimulation
title_sort surfactant-mediated surface engineering redirects cro nanoparticles activity in pea seeds from toxicity to hormesis and organ-specific growth stimulation
topic Chemistry
General
Chemistry
url https://link.springer.com/article/10.1007/s12668-026-02633-2