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脂肪合成
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    What's more, essentially increasing oil content, a physiological and biochemical system that influence oil content is needed to establish, which include physiological and biochemical basis, key enzymes and key matter.
    同时提出要将影响含油量的关键酶及其底物和脂肪合成过程中的一些关键物质综合在一起,建立一个影响油菜种子含油量的生理生化体系,才能从本质上提高油菜种子含油量。
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Dencichine was isolated from red sinseng (Panax ginseng C. A. Meyer. ). It Can inhibit adrinaline induced lipolysis,and no effect on insulin─induced lipogenesis.

从人参分离得到的田七氨酸(三七素dencichine),对由肾上腺素诱导的脂肪分解有抑制作用,但对胰岛素诱导的脂肪合成却无影响。

Field experiments revealed that nitrogen application led to significant differences in the yield and quality of sunflower (G101B). Seed yield, 1000seed weight and the contents of protein in seed increased with the increment of N application while total lipid in seed increased at the lower rates of N application but decreased at higher rates. More nitrogen would reduce the content of lipid, which would cause the poor quality of sunflower seed. The highest yields of sunflower seeds were obtained in the application...

Field experiments revealed that nitrogen application led to significant differences in the yield and quality of sunflower (G101B). Seed yield, 1000seed weight and the contents of protein in seed increased with the increment of N application while total lipid in seed increased at the lower rates of N application but decreased at higher rates. More nitrogen would reduce the content of lipid, which would cause the poor quality of sunflower seed. The highest yields of sunflower seeds were obtained in the application of N105kg /hm2 in both low (0.12~0.15%) and high (0.28~0.35%) salt contents, but more nitrogen made the yield decrease. Meanwhile, there were significant interactions on seed yield between nitrogen and phosphorous. Results also indicated that nitrogen application could promote sunflower's intake and transportation of K+ and prevent sunflower from absorbing more Na+ and Cl-, which would raise the value of SRK,Na and decrease the harm of salt to sunflower. It could be inferred that proper application of N fertilizer might be useful in better utilization of saline soil by plants.

田间小区试验的研究结果表明:(1)施用氮肥对油葵(G101-B)有明显的增产效应。油葵产量随施氮量的增加而提高,当施尿素N105kg/hm2时,强度与轻度盐渍化土壤上的油葵均获得了高产;但进一步增加氮肥,会导致减产;(2)施用氮肥增强了油葵的耐盐性。施用氮肥能减少油葵对Na+、Cl-的吸收,降低Na+、Cl-的毒害;还能增强油葵对K+的选择性吸收和运输,提高了油葵的SRK,Na值和K+含量;(3)氮、磷肥存在显著的正交互作用;(4)施用氮肥能促进葵籽内的蛋白质与脂肪合成,但氮肥过量会降低脂肪含量而影响葵籽品质。

In this pot experiment of 2 years, the effects of the water and nitrogen fertilizer on soybean yields and quality were studied respectively. The results show that the yield of ample water and high nitrogen treatment is the highest in the four stages, increased by 14.3%, 24.3%,33.4%,12.5% than the comparison respectively. The yield of the most drought and low nitrogen treatment is the lowest, decreased by 14.1%,39.3%,41.2%,33.1% respectively. Drought and high nitrogen treatment are beneficial to the protein compounding...

In this pot experiment of 2 years, the effects of the water and nitrogen fertilizer on soybean yields and quality were studied respectively. The results show that the yield of ample water and high nitrogen treatment is the highest in the four stages, increased by 14.3%, 24.3%,33.4%,12.5% than the comparison respectively. The yield of the most drought and low nitrogen treatment is the lowest, decreased by 14.1%,39.3%,41.2%,33.1% respectively. Drought and high nitrogen treatment are beneficial to the protein compounding not to fat. Compounding compared with the comparison because of different water and nitrogen treatment. The change range of the soybean protein content is from 1.5% which decreased to 2.0%which increased, the fat content is from 0.8% which decreased to 1.1% which increased

连续两年在盆栽试验条件下,分别在大豆不同生育时期进行水氮处理,试验结果表明:在四个生育期产量均为充足水分+高氮产量最高,与对照相比增产分别为14.3%,24.3%,33.4%,12.5%。特旱+低氮产量最低,分别减产14.1%,39.3%,41.2%,33.1%。干旱和高氮有利于蛋白质的合成,不利于脂肪的合成。与对照相比,不同水氮处理对大豆蛋白质含量影响的范围为从减少1.5个百分点到增加2.0 个百分点;对脂肪含量影响的范围是从减少0.8 个百分点到增加1.1个百分点。

 
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