Varava G N, Podorozhnaia R P, Genesina T I, Sukmanskiĭ V B
Stomatologiia (Mosk). 1990 May-Jun;69(3):12-4.
Effects of Mg2+ electrophoresis and galvanization on tooth and bone mineralization was experimentally studied with the use of radioactive Ca and P isotopes. Mg2+ electrophoresis and, to a lesser degree, galvanization enhanced 32P incorporation in incisors and maxillary bones. Mg2+ significantly increased 45Ca incorporation in teeth and maxillary bones. Experimental data permit clinical trials of Mg2+ efficacy in patients with disordered mineralization and remineralization.
利用放射性钙和磷同位素,对镁离子电泳和镀锌对牙齿及骨骼矿化的影响进行了实验研究。镁离子电泳以及在较小程度上的镀锌增强了32P在切牙和上颌骨中的掺入。镁离子显著增加了45Ca在牙齿和上颌骨中的掺入。实验数据允许对镁离子在矿化和再矿化紊乱患者中的疗效进行临床试验。