| 1. | The effect of polygonum porfliatum to chronic renal failure of mouce
穿叶蓼对大鼠慢性肾功能衰竭的影响 |
| 2. | Research on fingerprint of active component in fructus polygoni orientalis
红蓼果实有效成分的指纹图谱研究 |
| 3. | Clinical research of treatment on hiv aids with traditional chinese medicine
蓼实中总黄酮最佳提取工艺的研究 |
| 4. | Analysis on the chemical constituents of the roots of lantana camara l . by gc ms
毛蓼挥发油主要化学成分的研究 |
| 5. | Biological activities of crude extracts from polygonum hydropiper l . against pieris rapae l
辣蓼粗提物对菜青虫的生物活性 |
| 6. | Seasonal characteristic of biomass of polygonum viviparum steppe meadow in tianzhu alpine region
高寒珠芽蓼草甸植被生物量的季节动态特征 |
| 7. | Transferring of polygonum cyanandrum and p . forrestii to koenigia according to molecular evidence
分子证据支持蓝药蓼和大铜钱叶蓼归入冰岛蓼属 |
| 8. | R . acetosa , p . microcephalum , r . hastatus were found to have comparatively strong ability to tolerate and accumulate copper and to maintain normal growth in cu - contaminated environment
酸模、小头蓼和戟叶酸模对cu具有较强的耐性和蓄积能力。在染cu环境中它们能正常生长。 |
| 9. | Plant species from the polygonaceae are widely distributed with most of them having large biomass , and it is , therefore , possible to screen accumulators and hyperaccumulators from the polygonaceae
蓼科植物种类多，分布范围广，且多数植物具有较高的生物量。因此，有可能从蓼科植物中筛选出积累植物和超积累植物。 |
| 10. | A survey of literature shows that little study has been done on uptake of pollutants by plants from the polygonaceae , and that the reports about their physiological and biochemical characteristics under heavy metal stress were sporadically seen . a batch of sand culture and soil culture experiments were carried out to investigate heavy metal and radiocesium uptak e and accumulation by rumex acetosa linn , polygonum microcephalum d . don , and rumex hastatus d . don widely distributed on copper mining areas , and their physiological and biochemical characteristics under cu zn stress , as well their potentials in application to phytoremediation
本论文以广泛生长于铜矿区的蓼科植物酸模、小头蓼和戟叶酸模为试验材料，运用砂培、土培等方法，研究它们对重金属( cu 、 zn )以及放射性核素( ~ ( 134 ) cs )的吸收和积累特性以及cu 、 zn胁迫条件下它们的生理生化特征，初步探讨它们在无机污染物污染土壤植物修复中的应用潜力。 |
