A field experiment was conducted to evaluate the integrated nutrients effect on growth, yield and quality of maize (Zea mays L.) during spring, 2009, at the Agronomic Research Area, University of Agriculture, Faisalab...A field experiment was conducted to evaluate the integrated nutrients effect on growth, yield and quality of maize (Zea mays L.) during spring, 2009, at the Agronomic Research Area, University of Agriculture, Faisalabad. The ex-periment was laid out in Randomized Complete Block Design (RCBD) having three replications with following treat-ments: T1 (control), T2(recommended NPK @ 200-120-125 kg ha-1), T3 [single spray of multinutrient (a solution mixture of micronutrients i.e;Zn = 2%, Fe = 1%, B = 1%, Mn = 1%, Cu = 0.2% and macronutrients N = 1%, K2O = 2%, S = 2%) @ 1.25Lha-1], T4 (recommended NPK @ 200-120-125 kg ha-1 + single spray of multinutrient @ 1.25L ha-1), T5 (recom-mended NPK @ 200-120-125 kg ha-1 + two spray of multinutrient @1.25Lha-1) and T6 (recommended NPK @ 200-120-125 kg ha-1+ three spray of multinutrient @ 1.25Lha-1).The recommended dose of NPK in addition with single spray of Multi-nutrients substationally improved all growth parameters, ear characteristics and also enhanced macronutrients use efficiency up to 11.5% which induced significant increase in grain yield as compared to control and also in the treatment where recommended dose of NPK was applied alone. The quality parameter of maize (oil contents) significantly improved by foliar application of multinutrients solution but recommended dose of fertilizer in addition to single spray of Multi-nutrients was economical.展开更多
We hypothesize that Iron-Deficiency Anemia(IDA)has been misconceptualized.In the body,low blood iron is not caused by a deficiency.The primary cause of low iron,appearing to be IDA,is the expenditure of alkalinizing h...We hypothesize that Iron-Deficiency Anemia(IDA)has been misconceptualized.In the body,low blood iron is not caused by a deficiency.The primary cause of low iron,appearing to be IDA,is the expenditure of alkalinizing histidine,from heme protein,which requires the cleavage of iron and its repartitioning to other storage depots.As an alkaline buffer,histidine is released to counterbalance the increase in an anaerobic hypoxic(i.e.increased acidic)blood pH,thereby maintaining a pH of 7.4.Our research team coined the more accurate term for this pathogenic condition,“Chronic Anemia Syndrome”(CAS).展开更多
文摘A field experiment was conducted to evaluate the integrated nutrients effect on growth, yield and quality of maize (Zea mays L.) during spring, 2009, at the Agronomic Research Area, University of Agriculture, Faisalabad. The ex-periment was laid out in Randomized Complete Block Design (RCBD) having three replications with following treat-ments: T1 (control), T2(recommended NPK @ 200-120-125 kg ha-1), T3 [single spray of multinutrient (a solution mixture of micronutrients i.e;Zn = 2%, Fe = 1%, B = 1%, Mn = 1%, Cu = 0.2% and macronutrients N = 1%, K2O = 2%, S = 2%) @ 1.25Lha-1], T4 (recommended NPK @ 200-120-125 kg ha-1 + single spray of multinutrient @ 1.25L ha-1), T5 (recom-mended NPK @ 200-120-125 kg ha-1 + two spray of multinutrient @1.25Lha-1) and T6 (recommended NPK @ 200-120-125 kg ha-1+ three spray of multinutrient @ 1.25Lha-1).The recommended dose of NPK in addition with single spray of Multi-nutrients substationally improved all growth parameters, ear characteristics and also enhanced macronutrients use efficiency up to 11.5% which induced significant increase in grain yield as compared to control and also in the treatment where recommended dose of NPK was applied alone. The quality parameter of maize (oil contents) significantly improved by foliar application of multinutrients solution but recommended dose of fertilizer in addition to single spray of Multi-nutrients was economical.
基金Received:9 November 2020 Accepted:12 November 2020。
文摘We hypothesize that Iron-Deficiency Anemia(IDA)has been misconceptualized.In the body,low blood iron is not caused by a deficiency.The primary cause of low iron,appearing to be IDA,is the expenditure of alkalinizing histidine,from heme protein,which requires the cleavage of iron and its repartitioning to other storage depots.As an alkaline buffer,histidine is released to counterbalance the increase in an anaerobic hypoxic(i.e.increased acidic)blood pH,thereby maintaining a pH of 7.4.Our research team coined the more accurate term for this pathogenic condition,“Chronic Anemia Syndrome”(CAS).
