OBO ID: GO:1900679

Term Name:	negative regulation of ferricrocin biosynthetic process		Search Ontology:
Synonyms:	down regulation of ferricrocin anabolism down regulation of ferricrocin biosynthesis down regulation of ferricrocin biosynthetic process down regulation of ferricrocin biosynthetic process, peptide formation down regulation of ferricrocin biosynthetic process, peptide modification down regulation of ferricrocin formation down regulation of ferricrocin synthesis down-regulation of ferricrocin anabolism down-regulation of ferricrocin biosynthesis down-regulation of ferricrocin biosynthetic process down-regulation of ferricrocin biosynthetic process, peptide formation down-regulation of ferricrocin biosynthetic process, peptide modification down-regulation of ferricrocin formation down-regulation of ferricrocin synthesis downregulation of ferricrocin anabolism downregulation of ferricrocin biosynthesis downregulation of ferricrocin biosynthetic process downregulation of ferricrocin biosynthetic process, peptide formation downregulation of ferricrocin biosynthetic process, peptide modification downregulation of ferricrocin formation downregulation of ferricrocin synthesis inhibition of ferricrocin anabolism inhibition of ferricrocin biosynthesis inhibition of ferricrocin biosynthetic process inhibition of ferricrocin biosynthetic process, peptide formation inhibition of ferricrocin biosynthetic process, peptide modification inhibition of ferricrocin formation inhibition of ferricrocin synthesis negative regulation of ferricrocin anabolism negative regulation of ferricrocin biosynthesis negative regulation of ferricrocin biosynthetic process, peptide formation negative regulation of ferricrocin biosynthetic process, peptide modification negative regulation of ferricrocin formation negative regulation of ferricrocin synthesis
Definition:	Any process that stops, prevents or reduces the frequency, rate or extent of ferricrocin biosynthetic process.
References:
Ontology:	GO: Biological Process    QuickGO    AmiGO