Lytic polysaccharide monooxygenases and other oxidative enzymes are abundantly secreted by Aspergillus nidulans grown on different starches

Table 1 Predicted secreted lytic polysaccharide monooxygenases encoded in the Aspergillus nidulans genome

Protein name^a	CBM	Uniprot	Identified^b	Closest structural homologue^a (PDB ID; % sequence identity)
AnLPMO9A		Q5BAP2	Y	NcLPMO-2 (4EIR; 35)
AnLPMO9B	CBM1	Q5BCX8	Y	LsLPMOA (2AFC; 52)
AnLPMO9C		Q5AZ52	Y	PcLPMO10E (4B5Q; 49)
AnLPMO9D		Q5B8T4	Y	NcLPMO9C (4D7U; 29)
AnLPMO9E	CBM1	Q5AQA6	N	TaLPMO10A (2YET; 61)
AnLPMO9F		Q5B6H0	N	TaLPMO10A (2YET; 55)
AnLPMO9G		Q5BEI9	N	TaLPMO10A (2YET; 67)
AnLPMO9H		Q5B7G9	N	TaLPMO10A (2YET; 57)
AnLPMO9I		Q5AUY9	N	TaLPMO10A (2YET; 64)
AnLPMO11A		Q5AU55	Y	AoLPMO11 (4MAH; 51)
AnLPMO11B		Q5BFS8	N	AoLPMO (4MAH; 40)
AnLPMO13A^c	CBM20	Q5B1W7	Y	AoLPMO13 (4OPB; 70)
AnLPMO13B		Q5B027	Y	AoLPMO13 (4OPB; 70)

^aThe putative and characterized LPMOs are designated by their names indicating the auxiliary activity (AA) family affiliation
^b Aspergillus nidulans encoded LPMOs that are identified (Y) and not identified (N) in the secretomes
^cThis enzyme has been recently shown to be a starch-active LPMO, see ref [17]

ISSN: 2731-3654