| 1. | Black leads for wood - cased pencils . classification and diameters
木质外体铅笔的石墨铅芯.分类和直径 |
| 2. | The results indicted that ecbp21 is a kind of secretive protein and ecbp21 is an apoplast polypeptide
由此进一步证实ecbp21确为一种质外体多肤。 |
| 3. | It is an important pathway for movement of these substances outside the xylem , for example across the root cortex
质外体是木质部外方物质运动的一个重要途径，例如物质穿过根冠。 |
| 4. | Templates for lettering and symbols . part 2 : slot widths for wood - cased pencils , clutch pencils and fine - lead pencils
书写字母和符号用模板.第2部分:木质外体铅笔,铁杆活动铅笔和细铅铅笔模型槽宽 |
| 5. | Apoplast is an important compartment outside of plasma membrane of the plant cell and is the source of various primary signals
摘要细胞质膜以外的质外体是植物细胞的重要组成部分，质外体是植物细胞的重要信号源和细胞器。 |
| 6. | To guide the cam - binding peptide into apoplast space , the signal peptide from brassica campetris pollen coat protein slr1 ? ps was employed . it has total 26 amino acid , and is a very classic form of signal peptide
为了把cam结合小肽带到质外体，本实验选择了野生芸苔属植物( brassicacampetris )花粉胞壁蛋白slr1 - bps的信号肽。 |
| 7. | This work laid a foundation for elucidating the functions of ecbp21 by means of molecular biology . further studies about ecbp21 may be benefit to elucidating the mechanism of apoplast calmodulin or enriching
本实验结果也为利用分子生物学方法研究ecbp21的生物学功能奠定了基础，并将有助于阐明胞外cam的作用机制及丰富植物质外体多肤的研究。 |
| 8. | Calmodulin , as a versatile ca ~ ( 2 + ) sensor , plays many important biological functions . meanwhile , our previous experiments suggested that calmodulin exists in the apoplast of plant cells and has many physiological functions
多年来，我室一系列研究表明植物细胞外普遍存在cam ，并且细胞外cam作为质外体多肽，发挥许多重要的生物学功能。 |
| 9. | Biotic or abiotic stimuli can first cause the alteration in apoplastic signaling system ; on the other hand , apoplast provides a convenient pathway for cell - cell communication , and therefore plays a key role in regulation of cell differentiation , organ genesis , and growth development of plants
当植物遭受生物或非生物环境刺激时，可能首先引起质外体信号系统的变化；同时质外体作为植物细胞之间最方便的通道，在细胞间信号传递和信息交流上起重要作用，从而成为协调植物细胞分化、器官形成和整体生长发育的决定性因素之一。 |
| 10. | In this work , the transgenic plants showed a tendency to accumulate less na + and more k + under saline condition than wild type plants and there was a high cytosolic k + / na + ratio in the roots of transgenic lines . 5 . x - ray microanalysis of na + , k + contents of the symplast and apoplast showed that transgenic lines accumulate less na + and more k + in the symplast than wild type plants
在对转基因植株及野生型植株用100nunol lnaci处理六天后， na ” 、 k ”的x一射线微区分析，转基因植株根、叶中质外体na 、 k十含量变化不大，但共质体中na十含量明显降低，广含量高于对照。 |
