1XID | pdb_00001xid

MODES OF BINDING SUBSTRATES AND THEIR ANALOGUES TO THE ENZYME D-XYLOSE ISOMERASE

CHAIN

A

Lysosomal acid glucosylceramidase - Homo sapiens

Explore Sequence Annotations in 3D

CHAIN A

UNIPROT P04062

SECONDARY STRUCTURE

UNMODELED

EDS ATOMS

OCC WT AVG B

AVERAGE OCCUPANCY

ATOMIC CLASHES

RSRZ

RSR

RSCC

CIS-PEPTIDE

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE EDO

BINDING SITE NA

BINDING SITE NAG

BINDING SITE OD0

BINDING SITE OD0

BINDING SITE SO4

BINDING SITE SO4

BINDING SITE SO4

COVALENT LINKAGE NAG

BURIED RESIDUES

DISULFIDE BRIDGE

COVALENT BOND

HYDROPATHY

DISORDER

DISORDERED BINDING

PFAM

SCOP

MOLECULE PROCESSING

GENOME VARIANT

GLYCOSYLATION

ACTIVE SITE

MUTAGENESIS

CONFLICT

SEQUENCE SPLICING

LOADING 92%

RCSB PDB Core Operations are funded by the U.S. National Science Foundation (DBI-2321666), the US Department of Energy (DE-SC0019749), and the National Cancer Institute, National Institute of Allergy and Infectious Diseases, and National Institute of General Medical Sciences of the National Institutes of Health under grant R01GM157729.