红的

Thou hast been in Eden the garden of God; every precious stone was thy cove***ng, the sardius, topaz, and the diamond, the beryl, the onyx, and the jasper, the sapphire, the emerald, and the carbuncle, and gold: the workmanship of thy tabrets and of thy pipes was prepared in thee in the day that thou wast created.

28：13 你曾在伊甸神的园中，佩戴各样宝石，就是红宝石，红璧玺，金钢石，水苍玉，红玛瑙，碧玉，蓝宝石，绿宝石，红玉，和黄金。又有精美的鼓笛在你那里，都是在你受造之日预备齐全的。

Thou hast been in Eden the garden of God; every precious stone was thy covering, the sardius, topaz, and the diamond, the beryl, the onyx, and the jaer, the sahire, the emerald, and the carbuncle, and gold: the workmahip of thy tabrets and of thy pipes was prepared in thee in the day that thou wast created.

28：13 你曾在伊甸神的园中，佩戴各样宝石，就是红宝石，红璧玺，金钢石，水苍玉，红玛瑙，碧玉，蓝宝石，绿宝石，红玉，和黄金。又有精美的鼓笛在你那里，都是在你受造之日预备齐全的。

The vast natural forests, the proliferation of a number of rare birds and animals, the habitat of more than 30 kinds of wild animals, a class of national protection Takin, deer, golden cats, clouded leopards, and so on; there are two categories of protection of musk deer Ling, Ma musk deer, white deer hip , Cranbrooki, stone marten, otter, lynx, monkeys, Temminck's pheasant, chicken MA, Golden Pheasant, giant salamander, frozen dark belly, the belly light frozen, spoon bird, blood pheasants, black bears, red scales Qinling Salmon, and so on.

广阔的天然森林，繁衍了许多珍禽异兽，栖息着30多种野生动物，有国家一类保护的羚牛、梅花鹿、金猫、云豹等；二类保护的有羚麝、马麝、白臀鹿、斑羚、石貂、水獭、猞猁、猕猴、红腹角雉、兰马鸡、红腹锦鸡、大鲵、暗腹雪鸡、淡腹雪鸡、勺鸟、血雉、黑熊、秦岭红鳞鲑等。

The results showed that sweet pepper from Guangdong province is the best candidate for extraction and the best extracting conditions are as follows: alcohol solution (95%) as menstruum, the ratio of powder and menstruum at 1:16g/ml and at the temperature of 50 ℃ for 3 h. The condensed umber oily product has high ASTA value (≥1000) and Hg element lower than 0.01 mg/kg.

辣椒红素是有一定辣味的粘性油状液体，在浓绸时为深红色，在浓度较低时为橙黄色到黄色，构成辣椒颜色的是类胡萝卜素，其中包括一部分胡萝卜素，但主要是叶黄素类的辣椒红素(Capsanthin，分子式C40H56O3)和辣椒玉红素(Cap sorubin，分子式C40 H56 O4)。

In general, the following technical achievements could be concluded: 1. A sensitive and selective liquid chromatography-tandem mass spectrometric method has been developed to determine trace para red、Sudan I～IV、Sudan red B、Sudan red G、Sudan red 7B、Sudan Black B、Methyl Yellow、Toluidine Red、Fast Garnet GBC Base、Auramine、Oil Orange SS and Sudan Orange G in food, respectively.

详细分析研究了食品中微量的对位红、苏丹红Ⅰ-Ⅳ、Sudan red B、Sudan red G、Sudan red 7B、Sudan Black B、Methyl Yellow、Toluidine Red和Fast Garnet GBC Base7种苏丹红类染料、Auramine和Oil Orange SS染料、以及Sudan Orange G染料的快速、灵敏的液质测定方法。

Knema globularia belongs to the family Myristicaceae. The CHCl〓 extract of Knema globularia showed strong anti-PAF activity. It can also inhibit platelet aggregation induced by AA and ADP.

小叶红光树为肉豆蔻科红光树属植物，对其粗提物进行药理筛选的结果表明，小叶红光树的CHCl〓部分具有较好的抗PAF活性，另外还具有对抗花生四烯酸和ADP诱导能力。

In this area seven microfacies in the Chuangde Fm. red beds can be separated. They are: 1 reddish foraminifera grainstone; 2 reddish microfossils packstone/wackestone; 3 reddish marlstone with microfossils; 4 reddish marlstone; 5 red to variegated floatstone ; 6 reddish shales; 7 reddish radiolarite/ radiolarian chert.In the Yamudok Cuo area, it can be distinguished six microfacies in the redbeds including 1 reddish foraminifera grainstone; 2 reddish microfossils marlstone; 3 reddish shales; 4 yellow-grayish floatstone ; 5 reddish radiolarian chert; 6 reddish chert with radiolaria. The depositional environment of the Chuangde formation can be interpreted from sediments composition, as is deep oceanic basin adjacent to continental slope/rise. The slope/rise setting is indicated by the occurrence of olistoliths and slumped pelagic/hemipelagic limestone, present near the top of the Chuangde Fm.

进一步资料对比研究表明，全球上白垩统海相红层具有以下特征：a上白垩统红层出现在北大西洋、阿尔卑斯、喀尔巴阡、土耳其，向东一直到特提斯喜马拉雅地区和澳大利亚西北角的Exmouth海底高原，横贯整个特提斯和北大西洋；b沉积环境以外陆棚-斜坡和盆地为主，在斜坡环境下多发育有浊流沉积，如Scaglia Rossa和Nietrental组；c有机碳含量普遍很低，0～0.3％之间；d盆地相仅发育红色泥质岩，而斜坡和远洋环境下不仅发育红色页岩，同时还有红色泥灰岩、红色灰岩和红色硅质岩；e北大西洋和地中海地区在Cenomanian-Turonian界线黑色页岩之后不久的Turonian早期就出现红色沉积，而藏南出现在Santonian早期，Exmouth出现在Campanian早期，红层出现似乎有&西早东晚&的趋势。

Taekwondo training at two stages, the first phase of training for the color belt, and the belt is divided into nine levels, and beginners, will be subject to a period of training passed an examination before they can be promoted after, taekwondo 10th white belt, 9th, white-yellow belt, 8th yellow belt, 7 - yellow-green belt, 6th green blelt, 5th green-blue belt, 4th blue belt, 3rd blue-red belt, 2nd red belt, 1st red-black belt, students needs at least a year and a half after completion of the first phase of training to more stringent by the requirement to pass an examination for promotion to the second phase of Ho - Black Belt, Black Belt is divided into nine, a few paragraphs is embroidered in black at both ends, and the other for you, Black Belt to Black Belt for some to accept at least four to seven years hard training, but also need to be more than six taekwondo authorized official in charge of the test invigilator.

跆拳道训练分二个阶段，首阶段的为颜色带训练，而色带分为九个级别，而初学者，必须接受一段时间的培训经考试合格后方可晋升，跆拳道十级－白带，八级－黄带，七级－黄绿带，六级－绿带，五级－绿蓝带，四级－蓝带，三级－蓝红带，二级－红带，一级－红黑带，学员最少也需要一年半时间完成第一个阶段后再接受更严格训练经考试合格，方何晋升第二个阶段－黑带，黑带共分九段，段数是刺绣在黑带两端，而供议别，黑带一段至黑带四段要接受最少七年时间苦练，而且还需要得到跆拳道会授权六段以上的监考官负责监考。

In darkness, the Ca〓-ionophore A23187 could mimic the effect of R, the volume and 〓 accumulation in protoplasts were 82. 91% and 90.62% respectively as those of R treatment when 5μmol/L A23187 was added to the medium.

在黑暗条件下，钙离子载体A23187（1～10μmol/L）可模拟红光的作用，5μmol/L A23187使原生质体膨大程度达红光处理的82.9l％，〓积累量达红光处理的90.62％。

The optimal technology of extracting SOD from red raspberry was studied by optimizing pH value, bulk multiple and extraction times of phosphate buffer solution buffer.

通过对红树莓 SOD抽提缓冲液的pH、抽提体积和抽提次数进行优化探讨红树莓 SOD的最佳提取工艺，并采用(NH4)2SO4盐析沉淀法对红树莓 SOD实现初步的分级分离。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。