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Increased nitrogen and protein content with the growth regulator Chaperone™

机译:利用生长调节剂Chaperone™增加氮和蛋白质含量

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Chaperone™ is a new pant growth regulator that has been marketed as a plant protein enhancer for increased lint yields bat the evidence for this is lacking. Field and growth chamber studies were conducted in 2002, 2003 and 2004 to quantify the effect of foliar applications of Chaperone on protein and endotoxin levels of cotton (Gossypium hirsutum L.) leaves and squares, and the subsequent effect on bollworm mortality and yield. Preliminary studies revealed that the optimum rate and timing of Chaperone was 350 ml/ha applied once at the start of flowering. In field studies, Chaperone at 350 ml/ha applied at first flower compared to the untreated control increased yield by an average of 8%. In addition, one week after application, there was an increase in petiole nitrate levels by 12% and in proteins in squares by 13%. In addition, there was improved expression of the Bt endotoxin protein in the squares by 6%. The increased endotoxin protein resulted in an average 10% higher mortality of bollworms feeding on treated plants compared to untreated leaves 10 days after application. These results were confirmed in two growth room studies. The results showed that foliar applications of Chaperone may be a viable means for increasing lint yields in cotton through the enhancement of plant protein levels. Furthermore, the enhanced protein status contributes to improved late-season endotoxin levels in the squares, which contributes to increased mortality of bollworms feeding on the treated plants.
机译:Chaperone™是一种新型的裤子生长调节剂,已作为一种植物蛋白增强剂投放市场,以提高皮棉产量,但缺乏这种证据。在2002年,2003年和2004年进行了田间和生长室研究,以定量研究叶面施用伴侣蛋白对棉花(Gossypium hirsutum L.)叶片和正方形的蛋白质和内毒素水平的影响,以及随后对棉铃虫死亡率和产量的影响。初步研究表明,在开花开始时一次施用伴侣的最佳量和时机为350 ml / ha。在田间研究中,与未处理的对照相比,在第一朵花上施用了350 ml / ha的伴侣蛋白使产量平均提高了8%。此外,施用后一周,硝酸盐叶柄的含量增加了12%,正方形蛋白质的含量增加了13%。此外,正方形中Bt内毒素蛋白的表达提高了6%。内毒素蛋白的增加导致施用后10天的处理过的植物相比,以处理过的植物为食的棉铃虫死亡率平均高出10%。这些结果在两项生长室研究中得到证实。结果表明,叶面施用伴侣蛋白可能是通过提高植物蛋白水平来增加棉绒产量的可行方法。此外,增强的蛋白质状态有助于改善方块中的后期内毒素水平,从而有助于提高以处理过的植物为食的棉铃虫的死亡率。

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