• Consequently, because of quite high background values, it truly is tough to recognize the effects of coating and doping on Si and Al uptake, respectively. There was a numerical decrease in Al and Si (except 1000 mg/kg doped) content material in roots. Similar benefits were reported by Wang et al. (2013) where higher concentration of Zn (500 mg…[Read more]

  • Similar scenario exists for Al content in soil (>6000 mg/kg soil), which was a lot larger than that in alumina doped NPs (2 wt of NP). Consequently, as a result of extremely higher background values, it truly is difficult to determine the effects of coating and doping on Si and Al uptake, respectively. There was a numerical lower in Al and Si…[Read more]

  • There was a numerical reduce in Al and Si (except 1000 mg/kg doped) content in roots. Comparable final results were reported by Wang et al. (2013) exactly where higher concentration of Zn (500 mg Zn/kg soil), lowered the bioavailability of Al “due to formation of ZnAl-layered double hydroxide (ZnAlLDH).” Yet another, explanation may be the srep4331…[Read more]

  • There was a numerical decrease in Al and Si (except 1000 mg/kg doped) content in roots. Equivalent final results have been reported by Wang et al. (2013) where larger concentration of Zn (500 mg Zn/kg soil), lowered the bioavailability of Al “due to formation of ZnAl-layered double hydroxide (ZnAlLDH).” One more, explanation could be the srep43317[Read more]

  • Equivalent scenario exists for Al content material in soil (>6000 mg/kg soil), which was substantially larger than that in alumina doped NPs (2 wt of NP). Consequently, as a consequence of pretty higher background values, it truly is difficult to identify the effects of coating and doping on Si and Al uptake, respectively. There was a numerical…[Read more]

  • Carey Gilbert posted an update 1 week ago

    reported an increasing trend (but statistically insignificant) in total chlorophyll content material in cucumber (Cucumis sativus) treated with 400 and 800 mg/kg bare-ZnO NP in soil (Zhao et al., 2013b). Zinc is an important micronutrient in plants (Hansch and Mendel, 2009) but above a “threshold” concentration, the element can create toxicity in…[Read more]

  • Carey Gilbert posted an update 1 week ago

    There was a numerical decrease in Al and Si (except 1000 mg/kg doped) content in roots. Equivalent results have been reported by Wang et al. (2013) where greater concentration of Zn (500 mg Zn/kg soil), lowered the bioavailability of Al “due to formation of ZnAl-layered double hydroxide (ZnAlLDH).” A different, cause may very well be the srep43317[Read more]

  • Bars are mean ?SE. Bars withFrontiers in Plant Science | http://www.frontiersin.orgJanuary 2016 | Volume six | ArticleMukherjee et al.Nanoparticle Doping Impacts PhytotoxicityFIGURE 7 | Carbohydrate profile in seed. (A) Total sugar, (B) Starch, (C) Lowering sugar, and (D) Non-reducing sugar contents in seed. Bars are mean ?SE. Bars with same letters…[Read more]

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