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Cell membranes facilitate the transport of water, ions, and necessary nutrients by hosting a great variety of transport channels that have either a 'simple' pore-like structure or more complex architecture that is based on the utilization of specific receptors. The present study reveals the impact of AgNO3, a well-known inhibitor of water channel activity, on transport channels that emerge at the membrane of intact red blood cells (iRBCs).

Surveying the Response of Transport Channels of Intact RBC Membranes upon AgNO3 Administration: an Atomic Force Microscopy Study

Surveying the Response of Transport Channels of Intact RBC Membranes upon AgNO₃ Administration: an Atomic Force Microscopy Study