Fungal cytoplasmic enzymes involved in protein synthesis

Fungal cytoplasmic enzymes involved in protein synthesis are a diverse group of enzymes essential for decoding genetic information and assembling amino acids into functional proteins in the cytoplasm. This includes aminoacyl-tRNA synthetases, ribosomal proteins, elongation and initiation factors, and enzymes responsible for the biosynthesis of amino acids like L-methionine. These enzymes are highly conserved, making them attractive but challenging antifungal drug targets due to potential toxicity in human cells. Some subgroups, such as enzymes involved in fungal-specific amino acid biosynthesis pathways, are being evaluated for selective inhibition as antifungal therapy. They are central to fungal growth, cell cycle progression, morphogenesis, and virulence, particularly in pathogenic species.

Other names

Fungal protein synthesis enzymesFungal cytoplasmic translation machineryFungal ribosomal enzymesFungal aminoacyl-tRNA synthetases

Inhibition of ribosomal function, preventing peptide elongation; Inhibition of tRNA synthetase activity, blocking amino acid incorporation; Blockage of amino acid biosynthesis pathways