大豆

This article summarized soja to condense the quality standard of albumen product and nutrient character, elaborated soja to condense albumen to be in inchoate ablactation young pig and inchoate ablactation the applied effect in calf ox and aquatic product feed.

此文简述了大豆浓缩蛋白产品的质量标准和营养特性，阐述了大豆浓缩蛋白在早期断奶仔猪和早期断奶犊牛及水产饲料中的应用效果。

Take the goose meat as raw materials, make three different flavor goose sausages. Firstly, confirm the optimal formula of goose sausage of primary flavor through the single factor experiment. Then according to the above formula to develop cumin goose sausage and corn goose sausage. Finally we came to the conclusions that the best formula of goose sausage of primary flavor is 100kg goose muscle+2% soy protein+supplementary, the best formula of cumin goose sausage is 100kg goose muscle+2% soy protein+0.3% cumin+supplementary, the best formula of corn goose sausage is 100kg muscle+2% soy protein+12% sweet corn+supplementary.

研究利用鹅肉制作了3种不同风味的火腿肠，首先通过单因素试验确定原味鹅肉火腿肠的最优配方，然后根据原味鹅肉火腿肠的配方进一步开发研制孜然鹅肉火腿肠和玉米鹅肉火腿肠，最后得到原味鹅肉火腿肠的最佳配方为鹅瘦肉100kg+2%大豆蛋白+辅料、孜然鹅肉火腿肠的最佳配方为鹅瘦肉100kg+2%大豆蛋白+0.3%孜然粉+辅料、玉米鹅肉火腿肠的最佳配方为鹅瘦肉100kg+2%大豆蛋白+12%甜玉米+辅料。

The results showed that Phytophthora sojae on the cellophane carrot agar could not produce oospores within 10 days, no medium were attached when Phytophthora sojae was taken away from cellophane, high-quality RNA, which could meet the requirement of differential display reverse transcriptional PCR was obtained, indicating that it was a suitable cultivation method for Phytophthora sojae to produce pure vegetative mycelia.

结果表明，玻璃纸胡萝卜琼脂培养的大豆疫霉菌，10 d内不会产生卵孢子，当大豆疫霉菌从玻璃纸上取下时，不会带有培养基，能够提取出高质量的RNA，满足差异显示反转录PCR对RNA质量的要求，是一种适合大豆疫霉菌纯营养菌丝的培养方法。

Culture medium, water volume, root exudates of different crops, temperature, illumination affecting germination conditions of oospores of Phytophthora sojae studied in this reasch and compared the difference of germination of oospores of different race of Phytophthora sojae, filtrated the higher germination rate of strain and suitbable conditions combination of germination of oospores; The pure-line(Race 1) in virulence was obtained through isolation and culture and virulence identify of the second generation. The pure-line was analyzed by molecule method of ISSR. The results were summarized as follows:There was quite difference of germination rate of oospores on different culture medium.

本文测定了不同培养基、水量、农作物根渗出液、温度、光照对大豆疫霉菌卵孢子萌发影响，比较了大豆疫霉菌株间卵孢子萌发的差异，筛选出萌发率较高的菌株和适于卵孢子萌发的条什组合；通过继代单卵孢株分离培养和毒性鉴定，建立了大豆疫霉菌单卵孢株毒性纯系，并分析了单卵孢株毒性纯系后代群体ISSR分子指纹，结果如下： 1。

Since plants in the twin-row system were separated into two rows rather than one in the study, they intercepted almost twice as much light as plants in the single-row system.

由于双垄大豆是分成两行种植的，因此，双垄大豆所阻挡的光线比单垄大豆多出近两倍。

Seed treatment is and important measure to control root rot of soybean,but there were two problems: the first one was to have effective fungcide;the second was how to keep sufficient dosage on soybean seeds.

在防治大豆根腐病的研究中，通过种子处理防治大豆根腐病的研究，应是一个主要内容、但首先遇到的问题有二：一是有效的药物，二是能使大豆种子上带有足够药量的方法。

Soy: Soybeans, soy nuts and edamame, plus any products made from soy (like tofu, soymilk, etc.) can help to reduce the production of new cholesterol. A little can go a long way-aim for about 25 grams of soy protein a day.

大豆：黄豆，豆干，豆腐，豆乳等任何用大豆制成的食品都能够抑制不良胆固醇的形成，每天只要摄入少量的大豆蛋白（25克）就很有用。

Soybean peptides is the hydrolysate of soybean protein and it is a mix of low pep- tides.

大豆多肽是大豆蛋白经水解所得的低聚肽混合物，其生产方式多种多样，其中酶法生产大豆多肽以其特有的优势得到了广泛的关注。

Soybean Polyphenol Oxidase Soybean Peroxidase Enzymatic Activity Enzymatic Heat Stability Inhibiting effect Soybean lecithin Dimercaprol

大豆多酚氧化酶；大豆过氧化物酶；酶活力；酶热稳定性；大豆卵磷脂；二巯基丙醇

Soybeans have an advantage over corn and other crops because they don't need commercial nitrogen fertilizer. This helps ensure that producing ethanol or other products from soybeans uses less energy.

大豆比玉米和其它作物更具优势，因为大豆不需要大量施用氮肥，这就使得用大豆生产乙醇或其它产品，消耗的能量更低。

He and Nina moved to California and lived at 2005 Ivar Street, Apt.

他和Nina搬到加州，并在2005年伊瓦尔街，公寓生活。

Droperidol （ potently inhibits transfected HERGchannels and this is the probable mechanism for QT prolongation.

氟哌利多有效地抑制了转染的 HERG 钾通道，可能是 QT 间期延长的机制。