- 更多网络例句与花蕾相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The results indicated the following: 1 All of the root, stem, leaf and bud of Ambrosia trifida have higher biosorption capability for Cu~(2+).
本论文获得的主要结论为： 1三裂叶豚草的根、茎、叶、花蕾四个部位对Cu~(2+)具有较强的吸附作用，且吸附能力的顺序为叶＞花蕾＞茎＞根。
-
Compared with other methods, the effect on preservation of the cut flowers, pretreated in 100 ml/L benzalkonium bromide for 3 hours, was obvious. The fresh flower weights increased slowly, few or none leaves were wilting after transplanted into water for 6 days. Etiolation of the leave slowed down and almost 90% leaves kept fresh after 12 days. The flower buds blooming speed also slowed down, 50% of flower buds were opened, petals were kept fresh, the stems of cut flower were unbent, and none flowers were drooped after 15 days.
与其他预处理相比，在100 ml/L溶液预处理3h，瓶插后鲜重一直呈缓慢上升趋势；6d后，极少数叶片发生萎蔫，叶片黄化速度也很缓慢，约90％的叶片12d后还可以保持新鲜；花蕾开放速度也缓慢，15d后仅有50％的花蕾开花，且花瓣挺阔，无枯萎迹象，而且茎干挺直，不弯颈；保鲜效果明显高于其他的预处理。
-
But The head contains flower buts buds that are titlely tightly closed and at least 2 leaves rabbing wrapping it.
菜尖里有紧紧裹住的花蕾和至少两片包住花蕾的叶子。
-
From tetrad stage to microspore stage, the ABA content in sterile buds was higher than fertile buds.
四分体到小孢子单核期和小孢子二核后期至成熟花粉期不育花蕾ABA含量仍高于可育花蕾。
-
It indicated that in rape, six of ABCD genes that are Apetalal, Apetala2, Apetala3, Pistillata, Agamous and Agamous-like11, exhibited a variation in the expression level at the different development stages.
以油菜处于花蕾发育过程7个生长期的花蕾和花朵为材料，利用优化的半定量RT-PCR技术在转录水平对ABCD模型的6个功能基因，即Apetalal、Apetala2、Apetala3、Pistillata、Agamous、Agamous-likell，进行分析，探讨了油菜花蕾发育及开花过程中6个功能基因表达的差异。
-
Through morphological analysis between male sterile plant and male fertile plant in the alabastrum period as well as in flowering period, one morphological mark was found that the alabastrum of male sterile plant was in cone shape; the alabastrum of male fertile plant was cylindraceous. The male sterile alabastrum and male fertile alabastrum were significantly different. The petal of male sterile is filiform but not lingulate and tubular , the normal one was just the opposite.
通过在蕾期和盛花期对不育系和可育系的形态性状进行分析，找到了一个与育性相关的形态标记，即不育系的花蕾呈圆锥状，而可育系花蕾呈圆柱状，二者形态差异极显著；花开放后，不育系的花瓣丝状化，没有舌状花和管状花之分，而正常可育系花序外围是舌状花，内部是管状花。
-
Quercetin, quercetin rhamnoside, hyperin, syringoside and eleutheroside E wereisolated from the flower of Acanthopanax senticosus. Searching bioactive natural compound and establishing quality evaluation standard arefocused on this experiment. Using cold immersing of 70% methanol to extract from flower ofAcanthopanax senticosus and integrating macroporous resin, silica gel column chromatography,sephadex gel to abstract. We obtained five monomer compounds (compoundⅠ-compoundⅤ),quercetin, quercetin rhamnoside, hyperin, syringoside and eleutheroside E. That five compoundswere determined by HPLC in eight parts of Acanthopanax senticosus (flower, root, leaf fruit,shoot, new shoot, phloem of shoot, skin of shoot), which provide science bases for establishingquality evaluation system and settle infarctate foundation.
本文以从刺五加花蕾中寻找具有重要生物活性的天然化合物和建立质量评价标准为主要目的，对其化学成分进行研究，采用70％甲醇冷浸的方法对刺五加花蕾中的成分进行提取，运用大孔树脂吸附色谱法、硅胶柱层析法以及葡聚糖凝胶柱层析相结合的方法进行分离，得到5种单体化合物，分别为槲皮素、槲皮素鼠李糖苷、金丝桃苷、紫丁香苷和刺五加苷E；利用高效液相色谱法对这5种化合物在刺五加花蕾中的含量进行了测定；考察了8个部位(花蕾、根、叶、果、茎干、新枝、茎韧皮部、茎皮)中这5种化合物的含量分布情况，并作一比较，为今后建立刺五加质量评价体系提供了科学依据，奠定了坚实的基础。
-
Assaying results indicate that in that eight parts of Acanthopanax senticosus content ofquercetin is highest in leaf,0.03818%, content of quercetin rhamnoside is highest in flower,4.43115%, content of hyperin is highest in flower,2.41605%, content of syringoside is highest inskin of shoot,1.18959%, content of eleutheroside E is highest in root,
含量测定结果表明：在刺五加花蕾、根、叶、果、茎干、新枝、茎韧皮部、茎皮这八个部位中，槲皮素叶中含量最高，为0.03818％；槲皮素鼠李糖苷花蕾中含量最高，为4.43115％；金丝桃苷花蕾中含量最高，为2.41605％；紫丁香苷茎皮中含量最高，为1.18959％；刺五加苷E根中含量最高，为0.18802％。
-
The soluble protein content in the CMS buds was lower than that in the maintainer line buds, and this difference trended to increase along with the bud development.
不育系花蕾中的可溶性蛋白质含量都比其保持系的低，而且随着花蕾的发育，这种差距还有扩大的趋势。
-
Objective: To optimize the technical parameters of separation and purification of total saponin from flower buds of Panax notoginseng by macroporous resins.
目的：研究大孔吸附树脂分离纯化三七花蕾中总皂苷的工艺条件及参数。方法：以三七花蕾总皂苷的吸附量和洗脱率为指标，筛选大孔吸附树脂，并研究所选树脂分离纯化三七花蕾总皂苷的吸附和洗脱条件。
- 更多网络解释与花蕾相关的网络解释 [注：此内容来源于网络，仅供参考]
-
flower abscission：花蕾脱落
flower 花,排版花饰=>フラワー | flower abscission 花蕾脱落 | flower beetle 花金龟子
-
bud：花蕾
因为他小弟弟的死,开始改变. Tom三年级的时候,在孤儿院也找到了一个朋友,一个新来的5岁的麻瓜小男孩,连名字都没有. Tom叫他Buddy,花蕾(bud)和朋友(buddy)的意思,只有他不怕Tom,他喜欢他,他们在孤儿院里相依为命.
-
budlet：小芽小花蕾
budless | 无芽的,无蕾的 | budlet | 小芽小花蕾 | budo | (空手道、合气道、剑道等)日本武术,武道
-
Brain-Trust of Budlet Community：花蕾社区智囊团
brain gain;人才回流;吸收人才;; | Brain-Trust of Budlet Community;花蕾社区智囊团;; | brainpower;智力;智囊团;;
-
clove oil：丁香花蕾、花梗及叶油
101.016 丁香花蕾、花梗及叶油Clove oil | 101.017 丁香茎油Clove stem oil | 101.019 丁香叶油Clove leaf oil
-
The new buds begin to appear in spring, when plants come into bud：春天嫩芽初绽,正是花蕾含苞欲放之时
A bow long bent grows weak.^常拉满弓无力. | The new buds begin to appear in spring, when plants come into bud.^春天嫩芽初绽,正是花蕾含苞欲放之时. | The new buds appear in the spring.^春天嫩芽初绽....
-
flower bud：花蕾
花苞:bud | 花蕾:flower bud | 突围:break through
-
flower bud：花骨朵,花蕾,花芽
flower beetle 花金龟子 | flower bud 花骨朵,花蕾,花芽 | flower bud falling 落蕾
-
flower bud oil：花蕾油
flower bud of lily magnolia 辛夷 | flower bud oil 花蕾油 | flower essence 香水精
-
flower bud oil：花蕾勒浸出油
flowable 流动的 | flower bud oil 花蕾勒浸出油 | flowering (在大蛋糕上)裱花;用奶油做花