Abstract
The cellular interaction of Christiansenia pallida and Phanerochaete cremea was restudied by transmission electron microscopy. In the first stages of interaction a protrusion arises from the haustorial apex and vesicle-like particles are visible between the haustorial apex and the host plasmalemma. After penetration several micropores are produced between the haustorial filament and the host cell. The plasma membranes are continuous through the pore channels. The protoplasts of both, the haustorium and the host cell, are fused by micropores.
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