Conclusion: Lanthanide ions can inhibit the production of active oxygen free radicals at low concentration, but it turned out contrary at high concentration.
结论:稀土离子在较低浓度时都能抑制活性氧自由基的生成。较高浓度时,作用相反。
CONCLUSION: Lanthanide ions affected degradation and crosslinking on genomic DNA of E. coli.
结论镧离子对大肠桿菌基因组dna可能具有降解或交联作用。
Lanthanide ions and their compounds attracted extensive attention because of their significant anti-inflammatory, antibacterium, and other biological activity.
稀土金属离子及其配合物具有促进动植物生长、显着的抗炎、抗菌、抗凝血和抑制癌细胞生长等生物活性。
Lanthanide ions with flexible coordination geometries are excellent candidates for creating open frameworks by employing suitable space ligands.
稀土离子具有灵活的几何配位构型,在合适空间配体的作用下可以构筑结构多样的开放框架。