3KTYA

Crystal structure of probable methyltransferase from bordetella pertussis tohama i
Warning
  • Chain breaks within knot 31 (displayed as a gray area on the plot and as '-' on the sequence). The broken part of the chain has been replaced by a straight segment, which may affect what knot types are detected - be careful with interpreting results.
Genus: 48
Knot K +31

  Help Knotting data interpretation Full screen
Knot core range Knot core length Knot tails range Slipknot tails range Slipknot loops range N-end length C-end length Type
view details
+31 87-143 57 1-86, 144-173 86 30 knot
Chain Sequence
SNAMTQAFSRVRFIMTQPSHPGNVGSAARAIKTMGFGELVLVAPRFPDMTAQPEAVALASGALDVLERAAVHDTLEEALAPVTLAFALTTR-----PPPCDIREAAGLARRHLDDTEAGVVAIVLGTERGLTNA-QIELCHRICHIPANPQYSSLNVAQALQLAAWELRYALL
Whole chain analysis

  Help Knotoid data interpretation Full screen
Subchain analysis 

Knotoid cutoff: 0.5


Knotoid matrix content: 1


  Help Knotoid subchains data interpretation Full screen
Knot core range Knot core length Knot tails range Slipknot tails range Slipknot loops range N-end length C-end length Type
view details
3.1 86-138 53 1-85, 139-167 85 29 knot
view details
2.1 83-135 53 1-21, 139-167 22-82, 136-138 21 29 slipknot
view details
3.1 88-144 57 1-85, 154-167 86-87, 145-153 85 14 slipknot
sequence length 173
structure length 167
publication title Crystal Structure of Probable Methyltransferase SpoU from Bordetella pertussis Tohama I
rcsb
molecule tags Transferase
molecule keywords Probable methyltransferase
source organism Bordetella pertussis
missing residues 92-96, 130
total genus Genus: 48
ec nomenclature
pdb deposition date 2009-11-26
KnotProt deposition date 2014-07-31

pfam database annotations

chain Pfam Accession Code Pfam Family Identifier Pfam Description
A PF00588 SpoU_methylase SpoU rRNA Methylase family
Image from the rcsb pdb (www.rcsb.org)
cath code
ClassArchitectureTopologyHomologyDomain
3.40.1280.10 Alpha Beta 3-Layer(aba) Sandwich Alpha/beta knot Alpha/beta knot 3ktyA01
1VHYA 1UAJA 4H3ZA 2QMMA 4CNEB 1X7PA 1O6DA 3KNUA 3N4KA 4E8BA 3AI9X 4FAKA 1NS5A 3IC6A 1UAMA 1TO0A 4IG6A 1J85A 2QWVA 3GYQA 1UAKA 1K3RA 1GZ0A 1VH0A 1ZJRA 1MXIA 3AIAA 3NK7A 3KY7A 3KTYA 3AXZA 1UALA 2HA8A 3ONPA 1NXZA 2I6DA 4H3YA 3ILKA 4CNFB 4CNGB 1P9PA 1V6ZA 1X7OA 2CX8A 3DCMX 3E5YA 1VHKA 2O3AA 3IEFA 3QUVA 2Z0YA 3NK6A 3N4JA 3L8UA 2YY8A 1V2XA
chains in the KnotProt database with same CATH superfamily
1VHYA 1UAJA 4H3ZA 2QMMA 4CNEB 1X7PA 1O6DA 3KNUA 3N4KA 4E8BA 3AI9X 4FAKA 1NS5A 3IC6A 1UAMA 1TO0A 4IG6A 1J85A 2QWVA 3GYQA 1UAKA 1K3RA 1GZ0A 1VH0A 1ZJRA 1MXIA 3AIAA 3NK7A 3KY7A 3KTYA 3AXZA 1UALA 2HA8A 3ONPA 1NXZA 2I6DA 4H3YA 3ILKA 4CNFB 4CNGB 1P9PA 1V6ZA 1X7OA 2CX8A 3DCMX 3E5YA 1VHKA 2O3AA 3IEFA 3QUVA 2Z0YA 3NK6A 3N4JA 3L8UA 2YY8A 1V2XA
chains in the KnotProt database with same CATH topology
1VHYA 1UAJA 4H3ZA 2QMMA 4CNEB 1X7PA 1O6DA 3KNUA 3N4KA 4E8BA 3AI9X 4FAKA 1NS5A 3IC6A 1UAMA 1TO0A 4IG6A 1J85A 2QWVA 3GYQA 1UAKA 1K3RA 1GZ0A 1VH0A 1ZJRA 1MXIA 3AIAA 3NK7A 3KY7A 3KTYA 3AXZA 1UALA 2HA8A 3ONPA 1NXZA 2I6DA 4H3YA 3ILKA 4CNFB 4CNGB 1P9PA 1V6ZA 1X7OA 2CX8A 3DCMX 3E5YA 1VHKA 2O3AA 3IEFA 3QUVA 2Z0YA 3NK6A 3N4JA 3L8UA 2YY8A 1V2XA
chains in the KnotProt database with same CATH homology

  
#chains in the KnotProt database with same CATH superfamily
 1VHY A;  1UAJ A;  4H3Z A;  2QMM A;  4CNE B;  1X7P A;  1O6D A;  3KNU A;  3N4K A;  4E8B A;  3AI9 X;  4FAK A;  1NS5 A;  3IC6 A;  1UAM A;  1TO0 A;  4IG6 A;  1J85 A;  2QWV A;  3GYQ A;  1UAK A;  1K3R A;  1GZ0 A;  1VH0 A;  1ZJR A;  1MXI A;  3AIA A;  3NK7 A;  3KY7 A;  3KTY A;  3AXZ A;  1UAL A;  2HA8 A;  3ONP A;  1NXZ A;  2I6D A;  4H3Y A;  3ILK A;  4CNF B;  4CNG B;  1P9P A;  1V6Z A;  1X7O A;  2CX8 A;  3DCM X;  3E5Y A;  1VHK A;  2O3A A;  3IEF A;  3QUV A;  2Z0Y A;  3NK6 A;  3N4J A;  3L8U A;  2YY8 A;  1V2X A; 
#chains in the KnotProt database with same CATH topology
 1VHY A;  1UAJ A;  4H3Z A;  2QMM A;  4CNE B;  1X7P A;  1O6D A;  3KNU A;  3N4K A;  4E8B A;  3AI9 X;  4FAK A;  1NS5 A;  3IC6 A;  1UAM A;  1TO0 A;  4IG6 A;  1J85 A;  2QWV A;  3GYQ A;  1UAK A;  1K3R A;  1GZ0 A;  1VH0 A;  1ZJR A;  1MXI A;  3AIA A;  3NK7 A;  3KY7 A;  3KTY A;  3AXZ A;  1UAL A;  2HA8 A;  3ONP A;  1NXZ A;  2I6D A;  4H3Y A;  3ILK A;  4CNF B;  4CNG B;  1P9P A;  1V6Z A;  1X7O A;  2CX8 A;  3DCM X;  3E5Y A;  1VHK A;  2O3A A;  3IEF A;  3QUV A;  2Z0Y A;  3NK6 A;  3N4J A;  3L8U A;  2YY8 A;  1V2X A; 
#chains in the KnotProt database with same CATH homology
 1VHY A;  1UAJ A;  4H3Z A;  2QMM A;  4CNE B;  1X7P A;  1O6D A;  3KNU A;  3N4K A;  4E8B A;  3AI9 X;  4FAK A;  1NS5 A;  3IC6 A;  1UAM A;  1TO0 A;  4IG6 A;  1J85 A;  2QWV A;  3GYQ A;  1UAK A;  1K3R A;  1GZ0 A;  1VH0 A;  1ZJR A;  1MXI A;  3AIA A;  3NK7 A;  3KY7 A;  3KTY A;  3AXZ A;  1UAL A;  2HA8 A;  3ONP A;  1NXZ A;  2I6D A;  4H3Y A;  3ILK A;  4CNF B;  4CNG B;  1P9P A;  1V6Z A;  1X7O A;  2CX8 A;  3DCM X;  3E5Y A;  1VHK A;  2O3A A;  3IEF A;  3QUV A;  2Z0Y A;  3NK6 A;  3N4J A;  3L8U A;  2YY8 A;  1V2X A;
...loading similar chains, please wait...
similar chains in the KnotProt database (?% sequence similarity)
...loading similar chains, please wait...
similar chains in the pdb database (?% sequence similarity)

  
#similar chains in the KnotProt database (?% sequence similarity)
...loading similar chains, please wait...
#similar chains, but unknotted
...loading similar chains, please wait...
#similar chains in the pdb database (?% sequence similarity)
...loading similar chains, please wait...
How to cite
KnotProt | Interdisciplinary Laboratory of Biological Systems Modelling