查询词典 ham and egg

Oh, moon cakes have a lot of taste," egg, ham, bean, rock sugar , sesame, ham, lychee, strawberry, blueberry, grapefruit,grape,banana, orange pineapple, papaya Coconut watermelon cranberry ….."

月饼有好多口味哦，&蛋黄五仁豆沙冰糖芝麻火腿，荔枝草莓蓝梅西柚凤梨香橙葡萄香蕉哈密瓜木瓜椰子山楂…。。&

The existing farming ostrich is 3900,Often the year sell:A:kind ostrich;Big ostrich;Small ostrich;Merchandise bird;Two:Ostrich kind egg;The ostrich fresh egg;Ostrich eggshell;Three:person, animal, flowers and birds fish insect, landscape view, the expert calligraphy and painting, calligraphy, ostrich egg handicraft productFour:color, the Lou be empty, carvings, every variety ostrich egg handicraft product, the portrait photograph art object process to make to order, desk lamp;Small night light, mural lampFive:ostrich meat;Ostrich Zhen;Ostrich heart;Ostrich Jin;Ostrich Zhang;Ostrich neck, row, wings, liver;Fresh meat;Familiar meat;Six:ostrich skin;Black ostrich skin, the color ostrich skin, ostrich peltry, salt system skin, finished product ostrich skin, color ostrich leather, leather,Seven:ostrich shoes;Ostrich skin Xue, wool Xue, snow ground Xue, the ostrich wallet, wallet, leather belt, belt, money clip, purse, briefcase, the lady be colourful pack, female pack, male pack, female shoe, male shoe, shoes, leather shoe, leather Xue, female Xue, export skin XueEight:ostrich hair, color ostrich hair, the ostrich hair Dan son, the feather brush, sweep to use a hair brush, the car hair brush, ostrich hair handicraft product, hair, the hair take, the color feather, feather, ostrich feather, ostrich hair decorations, ostrich hair dress, song and dance clothing hair, satge clothing feather, dance clothing hair, the drama clothing feather cloth take, the drama dress hair, dancing party color ostrich hairNine:ostrich oil:beauty oil, cosmetics hairdressing oil, health oil, the bone harm oil, absolute being oil

现有养殖鸵鸟3900只，常年出售：一：种鸵鸟；大鸵鸟；小鸵鸟；商品鸟；二：鸵鸟种蛋；鸵鸟鲜蛋；鸵鸟蛋壳；三：人物、动物、花鸟鱼虫、山水景观、名家书画，字画，鸵鸟蛋工艺品四：彩绘、镂空、雕刻，各类鸵鸟蛋工艺品，人像照片艺术品加工定做，台灯；小夜灯，壁画灯具五：鸵鸟肉；鸵鸟胗；鸵鸟心；鸵鸟筋；鸵鸟掌；鸵鸟颈、排、翅、肝；鲜肉；熟肉；六：鸵鸟皮；黑色鸵鸟皮，彩色鸵鸟皮，鸵鸟生皮，盐制皮，成品鸵鸟皮，彩色鸵鸟皮革，皮革，七：鸵鸟皮鞋；鸵鸟皮靴，羊毛靴，雪地靴，鸵鸟皮包，皮包，皮带，腰带，钱夹，钱包，零钱包，银包，真皮钱包，公文包，女士彩包，女包，男包，女鞋，男鞋，皮鞋，真皮鞋，真皮靴，女靴，出口皮靴八：鸵鸟毛，彩色鸵鸟毛，鸵鸟毛掸子，羽毛刷子，清洁用毛刷子，汽车毛刷，汽车用品，鸵鸟毛工艺品，毛条，毛带，彩色羽毛条，羽毛，鸵鸟羽毛，鸵鸟毛装饰品，鸵鸟毛服饰，歌舞服装毛，舞台服装羽毛，舞蹈服装毛，戏剧服装羽毛布带，戏曲服饰毛条，舞会彩色鸵鸟毛九：鸵鸟油：美丽油，化妆品美容油，健康油，骨伤油，神油质量三保，服务致上。

The results showed that Both Se source and level significantly influenced on egg Se content.Selenium content of egg increased as supplemental Se level increased. Supplemental SP had a more ability to increase Se content in egg than SS.Se source didn\'t influence on GSH-Px activity and Haugh units of egg.

结果表明：硒源和水平对蛋硒均有极显著的影响，蛋硒含量随着日粮硒水平的升高而升高，且添加SP较SS更能提高蛋硒含量；硒源对蛋GSH-P_X活性和哈夫单位均没有显著影响。

Plant there exists large amount of cell wall egg white in cell wall middle, if structure egg white , zymoprotein etc., structure egg white having mainly expanding egg white , being rich in the glycine proteide and so on studying at present, brings the important effect into play in plant cell wall growth and structural adjustment.

植物细胞壁中存在大量的细胞壁蛋白，如结构蛋白、酶蛋白等，目前研究的结构蛋白主要有伸展蛋白、富含甘氨酸的蛋白质等，在植物细胞壁的生长和结构调整中发挥重要作用。

Objective To isolate,identify and purify the allergens in egg.Methods The albumen was extracted from the egg and the albumen from the vitellus.The total protein of the egg was isolated by SDS-PAGE.The allergens of egg were identified by Westernblotting.

分别提取鸡蛋的蛋清与蛋黄的蛋白，通过十二烷基硫酸钠-聚丙烯酰胺凝胶电泳分离鸡蛋的蛋白质组份，采用免疫印迹(Western-blotting，WB)方法鉴定过敏原，通过离子交换层析对鸡蛋主要过敏原进行初步纯化。

After 15 days, like this egg already apply gives a chicken, explain this egg is fresh; Be like not apply gives a chicken, explain this egg is Biedermeier; If this egg is broken, feed please.

十五天后，如该鸡蛋已敷出小鸡，则说明该鸡蛋是新鲜的；如未敷出小鸡，则说明该鸡蛋是不新鲜的；如该鸡蛋破碎，请食之。

Spring the busy season that gallinaceous duck produces an egg is at the beginning of end summer, duck of egg of many butcher egg, make supply of goods of home market egg products decreases greatly surely.

春末夏初正是鸡鸭产蛋的旺季，大量宰杀蛋鸡蛋鸭，必使国内市场蛋品货源大大减少。

In the first experiment, ground pork ham, loin, belly and shoulder were mixed and homogenized with different percentage (0, 5, 10, 15, 20, 25, 30, 35 and 40%) of exogenous RO water and 0.95% salt solution, individually. In second experiment, only ground pork ham was mixed and homogenized with different percentage (0, 5, 10, 15, 20, 25, 30, 35 and 40%) of exogenous pork backfat. The electrical conductivity of these samples was determined and all data were collected and analyzed to obtain correction coefficient and regression formula for predicting fresh meat with different percentage exogenous water or fat. In final experiment, analyzed electrical conductivity, gel strength, hardness and fat particle stain of emulsion with different amounts of exogenous fat in two salt systems (2.5% salt and 2.5% salt + 0.3% phosphate).

故本试验分成三部份，一为添加外源水试验：使用绞碎猪后腿肉、里脊肉、腹脇肉及肩胛肉再分别添加不同百分率(0~40%)之RO水及0.95%食盐水经均质后为样品；二为添加外源脂肪试验：使用绞碎后腿肉分别添加不同百分率(0~40%)猪之背部脂肪经均质后为样品，上述所有样品测量其导电度值并经分析而得其相关系数及回归方程式；三为乳化特性之测定：使用绞碎后腿肉分别添加不同百分率(0~40%)猪之背部脂肪於两种不同盐类系统(2.5%食盐与2.5%食盐+0.3%磷酸盐)中经细切乳化后为样品，分析其导电度、物性及脂肪颗粒染色与分布状态。

The present paper has studiedlipolysis and oxidation of Subcutaneous and intermuscular fat and proteolysis of the muscle duringmanufacturing Jinhua ham, identified microorganism growing on the surface of the product,testified the proteolysis ability of molds, and introduced the new techniques of modified atmosphereto produce Jinhua ham.

本论文主要研究了金华火腿生产中脂类水解和氧化的规律、肌肉蛋白水解的规律、成熟过程中微生物的种类和霉菌的蛋白水解能力，在此基础上，试验采用室内控温控湿生产金华火腿的新工艺。

Isolation and identification results of volatile compounds showed that aldehydes, alcohols and ketones were the major volatile compounds formed in the processing of XUANWEI ham, and had the highest relative contents in the 6-month-old, which were 11326.18, 947.29 and 554.95 μg nonane 100g-1, respectively. The result was relevant to intense hydrolysis of intramuscular fat in the pre-processed ham (4-month-old).

挥发性化合物的分离鉴定结果表明：醛、醇和酮类是火腿加工过程中形成的主要挥发性化合物，在6月龄时，它们的相对含量最高，分别为11326.18、947.29和554.95μg壬烷／100 g，此结果与加工前期（4月龄）肌内脂肪发生强烈水解相关。

Analog output can display output results.

可以模拟输出显示输出效果。

It implied that RAPD technique pro vided a new alternative for checking irradiation induced effects.

对扩增产物进行数据分析，结果表明RAPD技术能够检测出辐射后唐菖蒲基因组变异情况，可用于对唐菖蒲辐射后基因变异的分析。