Scutari G, Ballestrin G, Covaz L
Boll Soc Ital Biol Sper. 1979 Jul 15;55(13):1283-7.
After inhibition of the monovalent cation dependent ATPase, a (Ca++ + Mg++) and a (Mg++) dependent ATPase activity can be detected. The inhibition due to diamide on the (Mg++) ATPase, assayed in the 12.5 degrees C - 30 degrees C temperature range, is almost complete. On the contrary the diamide induced inhibition of (Ca++ + Mg++) ATPase, in the same temperature range, is not complete and the residual activity increases with temperature. The reported data indicate that the ATPase activity induced by calcium is much less diamide-sensitive and -SH-dependent than that elicited by Mg++ alone.
在抑制单价阳离子依赖性ATP酶后，可检测到一种（Ca++ + Mg++）依赖性和一种（Mg++）依赖性ATP酶活性。在12.5℃至30℃温度范围内测定时，二酰胺对（Mg++）ATP酶的抑制几乎是完全的。相反，在相同温度范围内，二酰胺对（Ca++ + Mg++）ATP酶的诱导抑制并不完全，且残余活性随温度升高而增加。所报道的数据表明，钙诱导的ATP酶活性比单独由Mg++引发的ATP酶活性对二酰胺的敏感性和-SH依赖性要低得多。
