Lineage for Species: Fungi (Fusarium spp)
- Root: SCOP 1.65
Class b: All beta proteins [48724] (126 folds) 
Fold b.1: Immunoglobulin-like beta-sandwich [48725] (20 superfamilies)
sandwich; 7 strands in 2 sheets; greek-key
some members of the fold have additional strands
Superfamily b.1.18: E set domains [81296] (18 families) 
"Early" Ig-like fold families possibly related to the immunoglobulin and/or fibronectin type III superfamilies
Family b.1.18.2: E-set domains of sugar-utilizing enzymes [81282] (13 proteins)
domains of unknown function associated with different type of catalytic domains in a different sequential location
subgroup of the larger IPT/TIG domain familyProtein Galactose oxidase, C-terminal domain [49209] (2 species)
follows the catalytic seven-bladed beta-propeller domainSpecies Fungi (Fusarium spp) [69164] (1 PDB entry)
sequence identical to that of Dactylium dendroides
PDB entry in Species: Fungi (Fusarium spp):
- Domain(s) for 1k3i:
Domain d1k3ia1: 1k3i A:538-639 [68113]
Other proteins in same PDB: d1k3ia2, d1k3ia3
complexed with act, ca, glc
More info for Species Fungi (Fusarium spp) from b.1.18.2 Galactose oxidase, C-terminal domain
Timeline for Species Fungi (Fusarium spp) from b.1.18.2 Galactose oxidase, C-terminal domain:
- Species Fungi (Fusarium spp) from b.1.18.2 Galactose oxidase, C-terminal domain first appeared in SCOP 1.59, called Species Fungi (Fusarium spp) from b.1.1.5 Galactose oxidase, C-terminal domain
- Species Fungi (Fusarium spp) from b.1.18.2 Galactose oxidase, C-terminal domain appears in SCOP 1.63
- Species Fungi (Fusarium spp) from b.1.18.2 Galactose oxidase, C-terminal domain appears in SCOP 1.67
- Species Fungi (Fusarium spp) from b.1.18.2 Galactose oxidase, C-terminal domain appears in the current release, SCOPe 2.08, called Species Fungus (Fusarium sp.) [TaxId:29916] from b.1.18.2 Galactose oxidase, C-terminal domain