生长

Compared with the corresponding BEAS-2B cells, the shape of cell clone, the way of cell growth, the shape and quantity of cell and nuclear were not significantly changed in the 1st, 2nd, 5th passage BEAS-2BNNK cells. The shapes of cells and its nuclears of the 10th, 15th, 20th, 25th passage BEAS-2BNNK cells became round gradually, and the way of cell growth became from radio-form into membraniform and more than one nucleolus appeared.

BEAS-2BNNK细胞在第1、2、5代时细胞克隆形态及生长方式、细胞形态、细胞核形态及数目与相应代BEAS-2B无明显差异；第10、15、20、25代时细胞及胞核逐渐变圆，出现多个核仁，细胞由放射状生长逐渐变为膜状生长。

At the mean time,the culture mixed with the fibroid cells which grew well respectively.Fine single layer was formed and covered the whole amniotic membrane on which the LECs grew membranously,and the fibroid cells outgrew the LECs.

同时，生长的上皮细胞中有成纤维样细胞的混杂生长，但各自保持其良好的细胞形态。3周左右形成良好的单层，细胞生长呈膜片状扩展，整个羊膜之上铺满细胞，有明显的扩展界限。

High quality cubic GaN is grown by metalorganic vapor deposition at an increased growth temperature of 900℃,with the growth rate of 1.6μm/h.

利用MOCVD技术在提高生长温度(900℃)下生长出了高质量的立方相GaN，生长速度提高到1.6μm/h。

BACKGROUND: The growth plate in the metaphyseal of long bones is the structural basis for linear growth.

背景：长骨干骺端生长板是哺乳动物在生长发育期间实现线性生长的结构基础。

And the conditions in cell suspension culture of Mikania micrantha were studied. The results showed that sucrose was the compatible carbon sucrose, and 30g/L sucrose concentration can satisfy the growth of Mikania micrantha cell; ammonium was absorbed under different sucrose concentration that haven't demonstrated significant specificity, and was completely absorbed on the lag phase and the early logarithmic phase; while nitrate was mainly absorbed on logarithmic phase. The density-dependent of Mikania micrantha cell starting to grow and density-inhibited of cell growth were proposed, the fittest inoculating quantity of Mikania micrantha in cell suspension culture was 40g/L.

并对微甘菊细胞悬浮培养条件进行研究，结果表明，微甘菊细胞生长适宜的碳源是蔗糖，并且较合适的蔗糖浓度为30g／L；在不同蔗糖浓度下氨基氮的吸收差别不大，氨基氮在迟滞期和对数期前期已基本消耗完毕，对数期生长主要利用硝基氮，因而提出，在微甘菊细胞液体悬浮培养中，氮源可以采用初始低氨基氮浓度，对数期中间维持高硝基氮，而且对数期中逐步流加少量的氨基氮；微甘菊细胞迟滞期分裂启动存在密度依赖现象，对数期生长存在密度抑制现象，最适接种量为40g／L。

While films grow by Stranski-Krastanov mode when they grow on SrTiO〓(001) by d. c. magnetron sputtering at optimal deposition conditions. If the substrate miscut from the (001) surface of about 1°~3°, YBCO thin film show step-flow growth mode.

所有这些生长模式都存在YBCO的c轴方向一个或几个原胞长度的高度的台阶，原胞优先生长在台阶处，薄膜生长的最小单元是一个原胞。

The growth of cell and the biochemical component in mixotrophic cultivation were affected by luminance, which is beneficial to growth and accumulation of nutritive components of C. vulgaris. 2. Growth of C. vulgaris under different magnetic treatment The cultivation of C. vulgaris was undertaken with static magnetic treatment, cycle magnetic treatment and magnetized water treatment respectively.

自养状态下小球藻生长缓慢，生物量低，但蛋白质、叶绿素、不饱和脂肪酸都较丰富；异养培养可以大幅提高小球藻生长速率和生物量，脂肪含量很高，有利于亚麻酸的积累，但光照的缺乏使叶绿素和蛋白含量降低；兼养培养既有利于藻的生长，也能促进各种成分的积累。

In the mean time, it benefits microorganism decompose organic matter, aged algae, uneaten food and other hazardous substances; transfer them to new nutrient elements then re-promote the sustained and steady growth of monoplast algae; supply fish, prawn seedling sufficient natural live food; improve survival ratio and growth rate of fish and prawn seedling, cut down the cost of cultivation etc.

该产品为浮游单细胞藻类提供均衡且全面的营养元素，使单细胞藻类快速生长；同时，有益微生物分解有机质、老化的藻类及残饵等有害物质，转化成新的营养元素循环提供单细胞藻类持续稳定的生长；为鱼、虾幼苗提供充足的天然活饵料，从而提高鱼、虾苗的成活率及生长速度，降低养殖成本等。

We studied submerged fermentation kinetics of Morchella. Applying the genetic Algorithm in the Matlab software platform, we compared suitability of the Monod and Logistic models, both are commonly used in process of fungal growth, to describe Morchella growth kinetics.

本研究对羊肚菌液体深层发酵动力学进行了研究，在Matlab软件平台上，应用遗传算法对比了真菌生长较常用的Monod与Logistic方程在描述羊肚菌生长动力学时的优劣，并对羊肚菌的生长、胞外多糖产生和基质消耗模型进行了参数估计。

Nerve growth factor is the fist found cellar factor that regulates cell growth, and it plays a very important role at the phrase of nerve development、neuraxon growth、 neurotransmitter synthesization and cell apoptosis and so on.

神经生长因子是最早发现的细胞生长调节因子，在神经元的发育、轴突的生长、递质的合成及细胞的凋亡等阶段起着非常重要作用。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。