Abstract
In vitro administration to sodium lauryl sulphate (SLS) of a few tissues from Channa punctatus have a remarkable effect on the ATPase system. Maximum inhibition was noted in the brain followed by gill, kidney and liver, respectively. Inhibition of oligomycin-insensitive Mg 2+ ATPase activity was more significant as compared to that of Na +-K + and oligomycin-sensitive Mg 2+ ATPase activities. It is inferred that the effect of SLS on the ATPase system is concentration-dependent and varying from tissue to tissue.
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