Claim · model-written summary
Pre-sowing seed treatment with boron and cobalt nanoparticles increased seed germination of the cereals and millet by 2.9–10.7%.
- Taxon
- spring durum wheat
Triticum turgidum subsp. durume2 - Treatment
- pre-sowing seed treatment with boron and cobalt nanoparticlese4
- Outcome
- seed germinatione5
- Direction
- increaseinferrede5
- Value
- 2.9‒10.7%e5
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e2“spring durum wheat (Triticum durum Desf.), spring barley (Hordeum sativum J.) and proso millet (Panicum miliaceum L.)”
e4“pre-sowing seed treatment with boron and cobalt nanoparticles”
e5“seed germination by 2.9‒10.7%”
Title
A. A. Novikova; E. Yu. Podlasova; N. N. Glushchenko Nanobiotechnology Reports 2024. doi:10.1134/s263516762460189x
Other claims from this paper (14)
- Observation The semi-lethal concentration of B nanoparticles for the E. coli luminescence test was 2.4 × 10–2 mg/mL.
- Observation The semi-lethal concentration of Co nanoparticles for the E. coli luminescence test was 3 × 10–3 mg/mL.
- Intervention effect Pre-sowing seed treatment with boron and cobalt nanoparticles increased germination energy of spring durum wheat, barley and millet by 10.9–25%.
- Intervention effect B nanoparticles increased sprout length of spring durum wheat, barley and millet by 4.8–31.3% relative to the control.
- Intervention effect B nanoparticles increased root-system length of spring durum wheat, barley and millet by 14.9–32% relative to the control.
- Intervention effect B nanoparticles increased the dry mass of the sprout of spring durum wheat, barley and millet by 14.3–26.1% relative to the control.
- Intervention effect B nanoparticles increased the dry mass of the root system of spring durum wheat, barley and millet by 17.9–29% relative to the control.
- Intervention effect Co nanoparticles increased shoot length of cereal crops by 29–49% relative to the control samples.
- Intervention effect Co nanoparticles increased root-system length of cereal crops by 12–17% relative to the control samples.
- Intervention effect Co nanoparticles increased sprout mass of cereal crops by 18–36% relative to the control samples.
- Intervention effect Co nanoparticles increased root mass of cereal crops by 10–20% relative to the control samples.
- Intervention effect Cobalt had a more intensive effect than boron on the growth of the above-ground parts of spring durum wheat, barley and millet.
- Intervention effect Boron had better stimulation than cobalt of the growth of the root system of spring durum wheat, barley and millet.
- Recommendation The authors recommend boron nanoparticles at 10–8% and cobalt nanoparticles at 10–9% for further field production tests.