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Seed proteins  | Seed genomic context  | Seed protein 3D structures  |  Structural homologs

Seed protein information help

APIS family ID ADG.17
Inhibited defense system toxin-antitoxin (TA)
CLAN ID CLAN067
Seed protein property
Accession ID Gene name Protein length Molecular weight Isoelectric point Charge
YP_009008111.1 gene_page: ADG.17 83 9901.44 6.7102 0.5
Phage property
Phage Genbank id
Sulfolobus monocaudavirus SMV1 GCF_000917075.1
PMID/References PMID:38698035
PDB structures ;
Pfam domains
Phrog phrog_12592,phrog_12592
Host taxa d__Archeae;;;;;;
Gene Location Start: 44113;  End: 44364;  Strand: -
Description ADG.17 and its homologs in archaea viruses act as antitoxins to inhibit host toxin Doc. It's the first example of an inhibitor of an archaeal toxin-antitoxin immune system.

Seed genomic context      Download table help

Genome accession Start End Strand Protein ID Length Molecular weight Charge Isoelectric point Function Phrog PFAM
NC_023585.1 40775 41653 - YP_009008106.1 292 34185.67 20.0 9.8966 hypothetical protein phrog_19561
NC_023585.1 41734 42003 + YP_009008107.1 89 10196.78 4.0 8.7252 hypothetical protein
NC_023585.1 42140 42286 + YP_009008108.1 48 5382.39 7.0 12.1226 hypothetical protein
NC_023585.1 42291 43037 + YP_009008109.1 248 28910.88 7.5 9.5554 hypothetical protein phrog_28406
NC_023585.1 43683 44096 + YP_009008110.1 137 16069.54 4.0 8.1181 conserved archaeal viral protein phrog_13045
NC_023585.1 44113 44364 - YP_009008111.1 83 9901.44 0.5 6.7102 hypothetical protein phrog_12592 ; phrog_12592
NC_023585.1 44354 44905 - YP_009008112.1 183 20301.06 -6.0 3.9910 hypothetical protein phrog_19214
NC_023585.1 44999 45526 + YP_009008113.1 175 21034.59 13.5 10.0434 hypothetical protein phrog_20795
NC_023585.1 45579 46502 + YP_009008114.1 307 35509.61 10.0 9.5001 DnaA-like replication initiation protein phrog_11254
NC_023585.1 46555 47514 - YP_009008115.1 319 37825.11 15.5 9.9290 O-acetyltransferase PF01757.27
NC_023585.1 47578 47811 + YP_009008116.1 77 8679.30 2.0 7.8515 hypothetical protein

Seed genomic context- JBrowse     

Predicted 3D structure by alphafold2 with pTM = 0.54 Download help

pTM is for the estimate of the TM-score, which is obtained from a pairwise error prediction. The higher pTM score indicates better model quality.

pLDDT is for per-residue accuracy of the structure, which representes the quality of the residue. A higher value indicates better prediction accuracy. More detail please see AlphaFold .

Residues were colored according to plddt ( blue-> high quality; red-> low quality ).

Full Sequence
90 < plddt <=100 ;
70 < plddt <= 90 ;
50 < plddt <= 70 ;
0 <= plddt <= 50 ;      Download help

Structural homologs

No homologs found in AlphaFold database

No homologs found in esmfold database