Plasmodium falciparum membrane

The "Plasmodium falciparum membrane" refers generically to those membranes that constitute the cellular boundaries and specialized compartments of the malaria parasite Plasmodium falciparum. This includes the parasite's plasma membrane, the inner membrane complex (IMC), and various compartmentalized membranes such as those involved in host cell modification (e.g., Maurer’s clefts, parasitophorous vacuole membrane). Some prominent membrane-associated entities like the inner membrane complex function as a unique double-membrane organelle, providing the parasite with structural rigidity, contributing to cell shape, division, and the capacity for motility and host cell invasion[1][4][7]. Other notable membrane proteins and complexes, such as PfEMP1, mediate adhesion and immune evasion, while transporter proteins like PfCRT and PfMDR1 contribute to drug resistance[5][6]. Given the lack of specificity in the designation “Plasmodium falciparum membrane,” it does not represent a single canonical target, but rather a collective array of molecular structures with diverse functions. Key issue: - The entry is *overly broad and non-specific* (applies to a wide array of molecular structures). - It does *not correspond to a single, canonical therapeutic target* such as a defined receptor, enzyme, or transporter suitable for drug development or structural biology. - For structured database use, a more specific and well-defined molecule or protein (such as "Plasmodium falciparum chloroquine-resistant transporter (PfCRT)" or "Plasmodium falciparum erythrocyte membrane protein 1 (PfEMP1)") should be selected. For comprehensive and unambiguous data, always specify the **precise membrane-associated molecule, protein, or complex** rather than referring to the generic “Plasmodium falciparum membrane.”

Other names

Plasmodium falciparum plasma membraneP. falciparum inner membrane complexparasite membraneP. falciparum erythrocyte membrane protein family