分枝的

The results showed that the architecture of seedlings was modified plastically in response to different light conditions.

通过对不同光照条件下桂花幼苗的冠形、分枝率、叶片在树冠中的空间分布等特征进行研究，结果表明桂花幼苗构型发生了明显的可塑性适应：其树冠对光照条件的变化有显著的可塑性响应。

Panicle loose, elliptic to ovate in outline, 15–30 cm; branches 2–4 at each node, erect at first, spreading after anthesis, naked in lower half, scabrid.

轮廓的圆锥花序松散，椭圆的到卵形，15-30厘米；最初在每个节点，直立的分枝2-4，平展的在花后，裸露的在下半部，粗糙。

By tracking the serial sections, many thick fibers that derived from 5-HTi neurons were discovered projecting into the distant region to somata, some even project from one side to the other side, and send out many tiny branches contralaterally distributing in the wide field of the brain, so we can conclude that 5-HT may modulate distant and wide-field neural interactions.

连续切片追踪观察发现，由一些5－HT能神经元胞体发出的粗大阳性纤维可投射到距胞体很远的区域，有的甚至由一侧脑半球发出，投射到另一侧，并发出许多细小的分枝分布在对侧脑半球的广泛区域，因此可以推断出5－HT可产生广泛的远距离的神经调节作用。

Panicle contracted, densely ovoid to spiciform, longest branches 1(–1.5) cm, spikelets crowded, 3–4(–5) mm; uppermost internode not more than 1 mm wide; leaf blade firm in age, narrow, folded or inrolled; plant pale or grayish yellow, glumes sometimes wit

收缩的圆锥花序，对穗状花序状，长分枝浓密卵球形-1.5厘米，密集的小穗，3-4毫米；最上部的节间不超过1毫米宽；在年龄方面的叶片公司，狭窄，折叠的或内卷；植株浅的或淡灰黄色，颖片有时才智 9

Panicle dense, contracted to spiciform, branches erect, the longest ones 1/5–1/3(–2/5) as long as panicle; uppermost node usually below 1/6 way up culm.

圆锥花序紧密，对穗状花序状，分枝直立，最长者1/5-1/3种(-2/5)倍于圆锥花序收缩；低于向秆上的1/6的方式的通常的最上部的节。

Leaf blades 0.5–1.5 cm wide; panicle open or loosely contracted, central axis visible, branches ascending, loosely spiculate.

叶片0.5-1.5厘米宽；收缩的松弛开阔的的圆锥花序或，可见的主轴线，松弛，上升的分枝。

Leaf blade oblanceolate or narrowly oblanceolate, 1-2.5 cm, apex obtuse or emarginate, petiole 2-3 mm; branches terminating in a small bud, not spinescent; procumbent small shrubs.

叶片倒披针形的或狭倒披针形，1-2.5厘米，先端钝的或微缺，叶柄2-3毫米；分枝顶生在一小的芽，不具刺；平卧的小的灌木。 39 R。 tzekweiensis 鄂西鼠李

Cm. Culm sheaths deciduous, abaxially slightly hairy or glabrous, base of outer margin usually with a conspicuous subcircular expansion below point of attachment, apex truncate with equal sides; auricles usually inconspicuous; oral setae many, straight, 5–7 mm; ligule less than 1 mm, glabrous, margin undulate; blade reflexed, those on lower nodes of culm less than 1/2 length of sheath, those on upper nodes of culm longer.

大约落叶40 厘米竿箨的分枝，叶耳通常不明显；口头的刚毛很多，直，5-7毫米；叶舌不到1毫米，无毛，边缘波状；反折的叶片，那些在下部秆1/2段鞘，那些秆长的在上部节的不到的节。

The results showed that PP333 inhibited the growth of shoots, increased the number of branches, decreased the osmoses of membrane at low temperature, and improved the ability of resistant to cold above zero degree.

试验结果表明：多效唑能显著降低新梢长度的生长，增加分枝数，抑制低温处理时膜透性的增加，提高绿玉树对零上低温的抵抗能力。0.2%PP333能提高叶绿素含量，但低浓度的PP333(0.1%～0.15%)却降低了叶绿素的含量。

The objectives of this study are:(1) To amplify Tb wbbL gene encoding rhamnosyl transferase bypolymerase chain reaction from the genomic DNA ofM.tuberculosis H37RV strain;(2) To clone PCR product of Tb wbbLgene into a cloning vector pMD18-T for sequencing;(3) To subcloneTb wbbL gene to an expression vector pET16b to construct pET16b-Tb wbbL; and to overexpress Tb WbbL protein in E.coli BL21(DE3)under different induction conditions;(4) To establish theco-expression system for expressing chaperons of pKJE7 plasmidand soluble Tb WbbL protein in E.coli BL21(DE3) under differentinduction conditions;(5) To test expressed WbbL protein by SDS-PAGEand Western blot methods.

本论文的目的是：(1)利用 PCR 方法从结核分枝杆菌 H37Rv 菌株的基因组DNA 中扩增出 Tb wbbL 基因；(2)将 Tb wbbL 基因克隆到pMD18-T 克隆载体中，经 DNA 序列测定证实为正确的基因；(3)将 Tb wbbL 基因亚克隆到 pET16b 表达载体中并通过改变不同的诱导条件在大肠杆菌 BL21(DE3)中表达 Tb WbbL 蛋白质；(4)建立在 BL21(DE3)大肠杆菌中共表达 Tb WbbL 蛋白质与分子伴侣的体系，优化表达条件以高效表达出可溶性 Tb WbbL蛋白质；(5)用 Western blot 方法鉴定所表达的 Tb WbbL 蛋白质为 Tb wbbL 基因产物。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。