Candida tropicalis cell membrane

The Candida tropicalis cell membrane is a lipid bilayer that surrounds the cytoplasm of this pathogenic yeast, composed primarily of phospholipids, proteins, and sterols (notably ergosterol). The membrane is essential for integrity, compartmentalization, transport, signaling, and interaction with host and environmental factors. It is the main interface for antifungal drugs such as azoles and polyenes, which target ergosterol synthesis (azoles) or bind ergosterol to disrupt membrane structure (polyenes). Resistance can arise through changes in sterol composition, overexpression of drug-efflux transporters, and increased membrane fluidity. The cell membrane also mediates interaction with host immunity and plays a role in pathogenicity and biofilm formation. Note: For any structured database, it is recommended to specify the molecular target (e.g., "Ergosterol synthase" or "Drug efflux transporter CDR1") rather than the whole membrane, as the "cell membrane" encompasses a diverse range of molecular entities.

Other names

C. tropicalis plasma membraneC. tropicalis cytoplasmic membrane

Inhibition of ergosterol synthesis (by azoles, via ERG11); Binding to ergosterol causing membrane disruption (by polyenes); Increased membrane permeability and fluidity (by certain peptides and resistance mutations); Efflux pump–mediated drug export (ABC transporters, major facilitator superfamily).