Johansson B I
Scand J Dent Res. 1986 Dec;94(6):562-8. doi: 10.1111/j.1600-0722.1986.tb01800.x.
The galvanic currents between amalgam and gold alloy electrodes were higher in saline solutions than in saliva. Conventional amalgam supported higher currents than high copper amalgams when short-circuited with a gold alloy. The galvanic currents were not affected or affected only to a very small degree when whole saliva from different persons were compared. Higher currents were recorded when short-circuiting conventional amalgam and gold alloy electrodes using parotid saliva than when using whole saliva collected from one person. However, removing molecules with a molecular weight higher than 10(4) from whole and parotid saliva did not seem to affect the galvanic currents.
汞合金电极与金合金电极之间的电流在盐溶液中比在唾液中更高。当与金合金短路时，传统汞合金比高铜汞合金支持更高的电流。当比较不同人的全唾液时，电流不受影响或仅受到非常小的影响。当使用腮腺唾液使传统汞合金电极与金合金电极短路时，记录到的电流比使用从一个人收集的全唾液时更高。然而，从全唾液和腮腺唾液中去除分子量高于10⁴的分子似乎不会影响电流。
