查询词典 Rice

Ingredients : Rye、Brown rice、Pearl rice、Hulled millet、Soybean lecithin、Grape seed extract、Grape polyphenols、Pine bark extract、 Malto dextrin、Soluble dietary fiber、Natural dicalcium phosphate、Vitamins(B1、B2、B6、B12、C、E、Niacina、Pantothenic acid、Folic acid、Choline chloride、Biotin)、Con-jugated linolenic acid、CLA Soy Isoflavones、Xylitol

副原料：糙米、珍珠米、小米、大豆卵磷脂、葡萄籽萃取物、葡萄多酚、松树皮萃取物、麦芽糊精、食物纤维、磷酸二钙、维生素（B1、B2、B6、B12、C、E、菸碱酸、泛酸、叶酸、氯化胆碱、生物素）、共轭亚麻油酸、大豆异黄酮、木糖醇。

Poon Kam-yiu, also devoted a few winter Yangwei prescription, such as pepper pot Zhudu, Amomum villosum carp soup, sorghum japonica rice cooked ginger, jujube Longan burning lean meat, Bergamot japonica rice porridge.

潘锦瑶还专门介绍了几个冬季养胃的药方，如胡椒煲猪肚、砂仁鲫鱼汤、粳米高粱煮姜、红枣桂圆煲瘦肉、佛手粳米粥。

I sung a little rice into the mouth, insidious, no taste, I peremptorily spit out the rice, the original no salt ah!

我也盛了一点，饭放入口中，淡淡的，没味道，我一股脑儿把饭吐了出来，原来没放盐啊！

Indicating that the Se content in milled rice and rice pericarp were quantitative traits.

表明水稻精米和米皮中硒含量属数量性状。

Rice lateral root primordia initiated only from the pericycle cells adjacent to the phloem poles, indicating that initiation of rice lateral root primordia had specific cell type pattern.

3水稻侧根原基起始具有严格的细胞位置效应，只有与韧皮部极直接相邻的中柱鞘细胞才能分化形成侧根原基。

This is because the rice inside the insects are more sensitive to light, if put under the sun to sun, photophobia of Komemushi are hiding rice in ...

这是因为米里面的虫都比较怕光，如果放到太阳底下去晒，怕光的米虫都躲到米粒的。。。

This is because the rice inside the insects are more sensitive to light, if put under the sun to sun, photophobia of Komemushi rice are the hide ...

这是因为米里面的虫都比较怕光，如果放到太阳底下去晒，怕光的米虫都躲到米粒的。。。

The entire photosphere of about 4 million grain of rice , they are generally 70-1400 km in diameter, with an average of 100 kilometers (about 13 as seen from Earth), a grain of rice between the Takifugu about 200 km wide.

整个光球层约有400万个米粒，它们的直径一般为70—1400公里，平均为100公里（从地球上看约13），米粒间的暗纹约200公里宽。

Negative Phototropism of Rice Root.CHINESE RICE RESEARCH NEWSLETTER

王 忠，施氮处理对水稻子代乳苗素质的影响作物学报 2004，30(2)：227-231

Protease treatment of the plasma membranes could abolish the binding but NaIO_4 and glycosidase could not, indicating that nsLTP144 bound to plasma membranes protein without carbohydrate moiety. Using the homobifunctional cross-linking regent bissuberate (BS~3) and rice plasma membranes incubated with ~(125)I-Trx-nsLTP144, we identified, after SDS-polyacrylamide gel electrophoresis and autoradiography, a putative protein receptor on the rice plasma membranes with the molecular mass around 60 kDa. NsLTP144 can not trigger extracelluar alkalization in arabidopsis, but can abolish the extracellular alkalization effect of phytopathogen elicitor cryptogein, suggesting that cryptogein and nsLTP144 may bind to the same membrane protein. In vitro pull-down assay showed that nsLTP144 interacted with OsCaM1, a possible extracellular calmodulin, implying that nsLTP144 and OsCaM1 could function in the same signal transduction pathway. These results shed light on revealing the roles of nsLTP in vivo and make it promising to finally characterize the plasma membranes receptor of nsLTP.

发现~(125)I-Trx-nsLTP144、~(125)I-Trx-nsLTP110与水稻细胞质膜均具有特异性结合，而且结合是饱和性的、可被竞争的，符合配体-受体结合的典型特征，同时用于对照实验的蛋白质~(125)I-Thioredoxin没有此特性，表明水稻细胞质膜上存在nsLTP的受体；利用可氧化糖基的NaIO_4和水解糖基的N\'-糖苷酶F处理水稻细胞质膜，再进行结合实验，结合活性几乎不受影响；而利用胰蛋白酶处理细胞膜则使得结合能力几乎完全丧失，表明其受体为没有经过糖基化修饰的蛋白质；利用交联剂BS~3交联配体一受体后，再进行SDS-PAGE分离和放射自显影，结果显示水稻细胞质膜上的nsLTP受体中有一个60kDa的蛋白质可以与nsLTP144发生特异性的结合，可能是其受体；细胞外碱化实验表明，nsLTP144不能促使拟南芥原生质体细胞培养液的细胞外碱化反应，却能猝灭来自植物病原菌的激发子Cryptogein刺激拟南芥原生质体产生的细胞外碱化反应，表明nsLTP和Cryptogein结合细胞膜上相同的位点，保护了植物细胞免受Cryptogein导致的细胞程序性死亡，并诱导系统获得性抗性的产生；体外Pull-down实验表明，nsLTP144和水稻的OsCaM1具有相互作用，暗示了nsLTP144和OsCaM1可能同在一个信号通路上起作用。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。