Family known ![]() |
|||||||
Total |
100% ![]() |
<100% ![]() |
Family unknown ![]() |
||||
Functional domains | 7 | 3 | 0 | 4 | |||
UniProtKB | 5 | 0 | 3 | 2 | |||
GI | 15 | 7 | 0 | 8 | |||
Structures | 0 | ||||||
Reactions | 0 | ||||||
Functional domains of this subgroup were last updated on June 10, 2017 | |||||||
New functional domains were last added to this subgroup on July 5, 2014 |
This group of proteins are responsible for the biosynthesis of avilamycin, an oligosaccharide antibiotic. Currently, only one family has been identified belonging to this group of related proteins.
Boll R, Hofmann C, Heitmann B, Hauser G, Glaser S, Koslowski T, Friedrich T, Bechthold A
The active conformation of avilamycin A is conferred by AviX12, a radical AdoMet enzyme
▸ Abstract
J Biol Chem 2006;281(21):14756-14763 | PubMed ID: 16537546
No notes.
Static File Downloads
File Name | Description | Parameters | Stats |
---|---|---|---|
network.sg1117.bs60.mek250K.xgmml | One node per sequence network | min bit score = 60 max edge count = 250K |
size = 20K num_edges = 21 num_nodes = 7 |
repnet.sg1117.th50.pE20.mek250.xgmml | Representative network: each node is a group of similar sequences | node similarity threshold = 50 max edge count = 250 min -log10 E = 20 |
size = 8.9K num_edges = 3 num_nodes = 3 |
sfld_alignment_sg1117.msa | Annotated Sequence Alignment, Stockholm format | 4 sequences size: 3.3K |
Total number of functional domains in this group.
Number of Functional Domains that have been manually or automatically been assigned to a family.
Number of Functional Domains that have not been assigned to a family.
Number of structures available from the PDB for members of this group.
Number of Functional Domains with 100% of Conserved Residues
Number of Functional Domains with less than 100% Conserved Residues
Subgroup ▸ Legend | T ![]() |
K ![]() |
C ![]() |
U ![]() |
S ![]() |
||
---|---|---|---|---|---|---|---|
AviX12-like | 7 | 3 | 3 | 4 | 0 | ||
┗ avilamycin epimerase | 3 | 3 | 3 | 0 |
Depth of the multi-level Subgroup hierarchy.