Similar Proteins (3 )
Proteins with 90% or greater sequence identity to P30801. There can be two types of similarities used in this section: First, the sequence of a PDB chain which is mapped to the protein of interest needs to be 90% identical to another PDB chain mapped to another protein of interest; i.e. this is the sequence identity of the PDB chains. Second, the UniProt sequence of a protein of interest is in the same UniRef90 cluster as the UniProt sequences of other proteins.

PDB Chain shown: 1k96 A go to PDBe

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PDB Chain shown: 1k96 A go to PDBe

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Similar Proteins with highly identical PDB sequences to P30801 (2)

PDB entries with more than 90% sequence identity to the protein of interest.

Protein name (UniProt accession)
Species
Protein segments mapped to PDB
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Protein name (UniProt accession):  Protein S100-A6 (P06703)
Species:  Homo sapiens
Protein segments mapped to PDB: 
PDB 1k96 chain A (UniProt range 1 - 90)
Click to load the structure in Mol* above
PDB 1k96
chain A
PDB 1k96 chain A View protein page
Protein name (UniProt accession):  Protein S100-A6 (P14069)
Species:  Mus musculus
Protein segments mapped to PDB: 
PDB 4p2y chain B (UniProt range 1 - 89)
Click to load the structure in Mol* above
PDB 4p2y
chain B
PDB 4p2y chain B View protein page
Similar Proteins without Structural Data in the PDB (1)

These proteins do not have structures in the PDB, but a large segment can be mapped to a sequence with structure with minimum 90% sequence identity.