Figure: Terrequinone A biosynthesis (Emericella nidulans)¶
This figure illustrates the biosynthetic pathway of terrequinone A in Emericella nidulans (NCBITaxon:227321) as represented in GO-CAM model 62b4ffe300004209. The pathway begins with L-tryptophan, which undergoes transamination by tdiD (A7XRY8) to form 3-(indol-3-yl)pyruvate. This intermediate is then processed through a series of enzymatic reactions: non-ribosomal peptide synthesis by tdiA (A7XRY0), prenylation by tdiB (A7XRY3), oxidation by tdiC (A7XRY6), and finally dimerization catalyzed by tdiE (A7XRZ1) to produce terrequinone A. Intermediates not explicitly described in the GO-CAM model are included for pathway continuity and marked with asterisks.
Feedback from AI on figure:
{"feedback":"This drawing effectively illustrates the Terrequinone A biosynthesis pathway in Emericella nidulans with excellent clarity and scientific accuracy. The figure follows a journal-quality style suitable for publications like Cell or Nature, with a clean layout, appropriate use of color coding, and clear labeling of all components.\n\nStrengths include:\n1. Clear representation of the enzymatic cascade with proper directional flow\n2. Well-labeled enzymes (tdiA-E) with their respective functions\n3. Inclusion of chemical identifiers (CHEBI IDs) for known compounds\n4. Transparent indication of intermediate compounds not explicitly described in the original GO-CAM\n5. Informative reaction type descriptions next to arrows\n6. Professional legend explaining all visual elements\n7. Proper citation of the source references\n\nThe increased font size in the final version improves readability while maintaining the scientific integrity of the representation.","necessary_changes":null,"optional_changes":null}