PDB 6h3j

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PDB Links
Overview

PDB Information

PDB	6H3J
Method	ELECTRON MICROSCOPY
Host Organism
Gene Source
Primary Citation	Type 9 secretion system structures reveal a new protein transport mechanism. Lauber, F., Deme, J.C., Lea, S.M., Berks, B.C. Nature
Header	Protein Transport
Released	2018-07-18
Resolution	3.700
CATH Insert Date	16 Dec, 2018

PDB Images (7)

Image of CATH 6h3j

6h3j

PDB 6h3j

Image of CATH 6h3jA

6h3jA

PDB Chain 6h3jA

Image of CATH 6h3jB

6h3jB

PDB Chain 6h3jB

Image of CATH 6h3jC

6h3jC

PDB Chain 6h3jC

Image of CATH 6h3jC01

6h3jC01

CATH Domain 6h3jC01

Image of CATH 6h3jC02

6h3jC02

CATH Domain 6h3jC02

Image of CATH 6h3jC03

6h3jC03

CATH Domain 6h3jC03

PDB Prints

PDB Chains (3)

Chain ID	Date inserted into CATH	CATH Status
A	16 Dec, 2018	Write scan list
B	16 Dec, 2018	Write scan list
C	16 Dec, 2018	Chopped

CATH Domains (3)

Domain ID	Date inserted into CATH	Superfamily	CATH Status
6h3jC01	28 Feb, 2019		Write scan list
6h3jC02	28 Feb, 2019		Write scan list
6h3jC03	28 Feb, 2019		Write scan list

UniProtKB Entries (1)

Accession	Gene ID	Taxon	Description
A5F9W9	A5F9W9_FLAJ1	Flavobacterium johnsoniae UW101	Peptidyl-prolyl cis-trans isomerase