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6GF2

The structure of the ubiquitin-like modifier FAT10 reveals a novel targeting mechanism for degradation by the 26S proteasome

Resources
File formatFile name (file size)
PDBx/mmCIF6gf2.cif.gz Display(282.06 KB)
6gf2.cif
PDBx/mmJSONall6gf2.json.gz Display (Tree)(150.66 KB)
6gf2.json
no-atom6gf2-noatom.json.gz Display (Header)(5.82 KB)
6gf2-noatom.json
add only6gf2-plus.json.gz Display(563.00 B)
6gf2-plus.json
PDBMLall6gf2.xml.gz Display(378.05 KB)
6gf2.xml
no-atom6gf2-noatom.xml.gz Display(9.17 KB)
6gf2-noatom.xml
ext-atom6gf2-extatom.xml.gz Display(269.17 KB)
6gf2-extatom.xml
PDBpdb6gf2.ent.gz Display(240.29 KB)
pdb6gf2.ent
RDF6gf2.rdf.gz Visualize(20.09 KB)
6gf2.rdf
NMR Restraints6gf2.mr.gz Display(187.09 KB)
6gf2.mr
NMR Restraints v26gf2_mr.str.gz Display(94.80 KB)
6gf2_mr.str
NMR Chemical Shift6gf2_cs.str.gz Display(14.52 KB)
6gf2_cs.str
Unified NMR data (NMR-STAR)6gf2_nmr-data.str.gz Display(80.52 KB)
6gf2_nmr-data.str
Unified NMR data (NEF)6gf2_nmr-data.nef.gz Display(41.24 KB)
6gf2_nmr-data.nef
Biological unit (mmCIF format)6gf2-assembly1.cif.gz Display(32.55 KB)
6gf2-assembly1.cif (A)

*author and software defined assembly, 1 molecule(s) (monomeric)

Biological unit (PDB format)6gf2.pdb1.gz Display(25.01 KB)
6gf2.pdb1 (A)

*author and software defined assembly, 1 molecule(s) (monomeric)

Validation reportsPDF6gf2_validation.pdf.gz Display(529.68 KB)
6gf2_validation.pdf
PDF-full6gf2_full_validation.pdf.gz Display(832.01 KB)
6gf2_full_validation.pdf
mmCIF6gf2_validation.cif.gz Display(54.16 KB)
6gf2_validation.cif
XML6gf2_validation.xml.gz Display(71.35 KB)
6gf2_validation.xml
PNG6gf2_multipercentile_validation.png.gz Display(123.35 KB)
6gf2_multipercentile_validation.png
SVG6gf2_multipercentile_validation.svg.gz Display(815.00 B)
6gf2_multipercentile_validation.svg

221051

PDB entries from 2024-06-12

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