1.
Protein Kinase C is Involved in Regulating Polarized Growth of Pollen Tube in Pciea Wilsonii;
蛋白激酶C参与调控青杆花粉管的极性生长
2.
Function Analysis of AtPLC1 and AtPLC6 Regulates Pollen Development and Pollen Tube Tip Growth in Arabidopsis Thaliana
拟南芥AtPLC1、AtPLC6基因参与花粉发育及花粉管极性生长过程的研究
3.
POLARITY GROWTH OF INTERMETALLIC COMPOUND INDUCED BY ELECTROMIGRATION AT THE INTERFACE BETWEEN EUTECTIC SnPb AND Ni(P)FINISHES
电迁移作用下SnPb与Ni(P)界面金属间化合物的极性生长
4.
Advances on Carriers of Plant Polar Auxin Transport
植物生长素的极性运输载体研究进展
5.
Role of PIN Proteins in Polar Auxin Transport
PIN蛋白在生长素极性运输中的作用
6.
annual and perennial herbs of damp habitats; cosmopolitan except Antarctica.
一个一年和多年生草本属，生长于潮湿环境；除南极洲外世界性生长。
7.
The grass is very shade tolerant and can grow well under trees.
圣古斯丁草耐阴性极高，可生长于树荫下。
8.
The relation between the playback output and notch length in VTR heads
录像机磁头再生输出的磁极长度依存性
9.
The Flavonoids Promote Polar Auxin Transport in Arabidopsis;
类黄酮促进拟南芥生长素极性运输的研究
10.
Effects of Changqaun and Taichiquan Exercises on Cardiorespiratory Function of Male College Students;
长拳、太极拳练习对男性大学生心肺功能的影响
11.
Arctic Fox Race Diversified Quality of Heredity Reaches Main Growth Properties Correlation Gene Research
北极狐种群遗传多样性及主要生长性状相关基因的研究
12.
Auxin homeostasis, polar transport and signaling affect the whole progress of leaf development.
生长素的稳态调控、极性运输和信号转导影响叶片发育的全过程。
13.
On the Only Daughter Home Environment Promote the Positive Influence on the Female Growing;
试论独生女家庭环境对促进女性成长的积极影响
14.
Effects of Low Polar Fractions from Walnut Green Husk on the Growth of Seedlings
核桃青皮中的低极性组分对几种植物种子萌发及幼苗生长的影响
15.
Influence of Boron Doping on Growth Characteristic of Diamond Films Prepared by Hot Cathode DC Chemical Vapor Deposition
硼掺杂对直流热阴极CVD金刚石薄膜生长特性的影响
16.
ubiquitous in all but very acid soil; most of Europe (except Arctic Caucasus) and North Africa.
在除酸性土壤以外的土壤中普遍生长；生长在欧洲大部（北极的高加索地区除外）和北非。
17.
extreme xerophilous epiphyte
极端旱生性附生植物
18.
The Influence of Long-term Taijiquan Exercise on Testosterone/Cortisol,Immunoglobulin and Growth Hormone for Aged Women
长期太极拳锻炼对老年女性血清睾酮/皮质醇、免疫球蛋白和生长激素的影响