Fig. 6From: Novel approach in whole genome mining and transcriptome analysis reveal conserved RiPPs in Trichoderma sppSchematic representation of biosynthetic gene cluster 55 of T. reesei. The gene cluster is located on scaffold 19 (571843–660,892 nt) and contains 22 predicted genes and two possible pseudogenes. Gene A is a putative general substrate transporter, position B is a possible pseudogene, gene C a glycosyltransferase from the family 1, gene D is a putative MFS general substrate transporter, gene E is a HET-domain-containing protein, gene F is a sulfatase, gene G is a putative RiPP precursor peptide, gene H is a putative amino acid transporter, gene I is a chitinase, gene J is a putative GMC oxidoreductase, gene K is a casein kinase II alpha subunit, gene L is a putative alpha/beta-hydrolase, gene M is a GroES-like protein, gene N is an acid phosphatase, gene O is a hypothetical protein, gene P encodes for a cytochrome P450, gene Q is a putative NAD (P)-binding protein, gene R is a family 54 glycoside hydrolase, gene S is a putative carboxypeptidase S, gene T is a possible pseudogene, gene U is a putative class I glutamine amidotransferase-like protein, gene V is a PTH11-type GPCR and gene W is a GMC oxidoreductase. The gene annotations were manually curated and based on a Blastp v2.9.0+ (protein-protein BLAST) [25] search against the non-redundant protein database, the conserved region finder and a manually curated database (Additional file 5)Back to article page