Gid4

Regulation of the Gid ubiquitin ligase recognition subunit Gid4

调节人 GID4 Pro/N-degron 相互作用的化学探针,Nature Chemical Biology - X-MOL

GID4 ProNdegron Nature Chemical Biology XMOL

The hGID GID4 E3 ubiquitin ligase complex targets ARHGAP11A to regulate

GID4 JCGA

CRYSTAL STRUCTURE OF GID4 IN COMPLEX WITH UBF9092 Structural Genomics

GID4 recognition of ProNdegron peptides Conformational selection and

RCSB PDB 8V1P CRYSTAL STRUCTURE OF GID4 IN COMPLEX WITH UBF9092

Structure comparisons a Superposition of the structures of apo GID4

GID4 recognition of ProNdegron peptides Conformational selection and

Structure comparisons a Superposition of the structures of apo GID4

Regulation of the Gid ubiquitin ligase recognition subunit Gid4

Structural analysis of GID4 in complex with PGLW a Conservation

Regulation of the Gid ubiquitin ligase recognition subunit Gid4

RCSB PDB 7U3L GID4 in complex with compound 91

Overall structure of human GID4 a ITC measurement of the interaction

Gid5 is the adaptor molecule for Gid4 A shown are coIPs between Gid4

Design of PROTACs utilizing the E3 ligase GID4 for targeted protein

Gid5 is the adaptor molecule for Gid4 A shown are coIPs between Gid4

RCSB PDB 7U3F GID4 in complex with compound 4

Left Cocrystal structures of GID4 in complex with A 7 PDB 7U3H

Gid12 remodels the Ndegron binding pocket in Gid4 a Superposition of

RCSB PDB 7U3G GID4 in complex with compound 67

A chemical probe to modulate human GID4 ProNdegron interactions

Subcellular GID4 The Human Protein Atlas

Left Chemical structure of 16 Middle Cocrystal structure of GID4

Gid5 is the adaptor molecule for Gid4 A shown are coIPs between Gid4

GID4 recognition of ProNdegron peptides Conformational selection and

RCSB PDB 8X7G Crystal structure of the ternary complex of GID4

A Workflow of the DEL screening approach to identify GID4 binders

GID4 recognition of ProNdegron peptides Conformational selection and

Selenomethionyl derivative of a GID4 fragment Structural Genomics

Left Cocrystal structures of GID4 in complex with DEL compound A

GID4 recognition of ProNdegron peptides Conformational selection and

深入了解基于 GID4 的蛋白水解靶向嵌合体的降解机制,Nature Structural & Molecular Biology - X-MOL

GID4 Nature Structural Molecular Biology XMOL

GID4 recognition of ProNdegron peptides Conformational selection and

Left Cocrystal structures of GID4 in complex with A 7 PDB 7U3H

RCSB PDB 7U3E GID4 in complex with compound 1

RCSB PDB 8X7H Crystal structure of the ternary complex of GID4

Substrate specificity analysis of GID4 aj Closeup views of the

RCSB PDB 6CD9 GID4 in complex with a peptide

RCSB PDB 7SLZ CRYSTAL STRUCTURE OF GID4 IN COMPLEX WITH BPF023596

Fragmentbased screen against GID4 by Chana et al 127 A Hit

GID4 in complex with a peptide Structural Genomics Consortium

RCSB PDB 6CD8 Complex of GID4 fragment with short peptide

Tissue expression of GID4 Staining in breast The Human Protein Atlas

A Workflow of the NMR screening approach to identify GID4 binders

RCSB PDB 6CDC GID4 in complex with a tetrapeptide

Gid12 biochemically modulates both assembly of Gid4 into the GID E3

GID4 human cellular assay openlabnotebooksorg

Exploration of chemical probes and conformational flexibility of GID4

RCSB PDB 7SLZ CRYSTAL STRUCTURE OF GID4 IN COMPLEX WITH BPF023596

A Workflow of the NMR screening approach to identify GID4 binders

RCSB PDB 7Q50 human Gid4 bound to a PheNpeptide

CLEO488 acts as molecular glue for GID4 and ACAA1 interaction Joel

GID4 recognition of ProNdegron peptides Conformational selection and

RCSB PDB 7U3K GID4 in complex with compound 89

GID4 recognition of ProNdegron peptides Conformational selection and

GID4IN1 GID4 Inhibitor MedChemExpress

RCSB PDB 8X7G Crystal structure of the ternary complex of GID4

Fragment of GID4 in complex with a short peptide Structural Genomics

RCSB PDB 7U3K GID4 in complex with compound 89

Tissue expression of GID4 Staining in breast The Human Protein Atlas

RCSB PDB 7U3F GID4 in complex with compound 4

Gid12 remodels the Ndegron binding pocket in Gid4 a Superposition of

Subcellular GID4 The Human Protein Atlas

RCSB PDB 8X7H Crystal structure of the ternary complex of GID4

GID4 human cellular assay openlabnotebooksorg

RCSB PDB 9QZH GID4 in complex with Compound 33

Finding Ligands Targeting GID4 CACHE

RCSB PDB 7U3E GID4 in complex with compound 1

Overall structure of human GID4 a ITC measurement of the interaction

Tissue expression of GID4 Staining in breast The Human Protein Atlas

RCSB PDB 7U3G GID4 in complex with compound 67

Subcellular GID4 The Human Protein Atlas

GID4 recognition of ProNdegron peptides Conformational selection and

RCSB PDB 9QDZ GID4 in complex with Compound 14

RCSB PDB 6CCT Fragment of GID4 in complex with a short peptide

GID4 Antibody G12 SCBT Santa Cruz Biotechnology

Left Chemical structure of 16 Middle Cocrystal structure of GID4

RCSB PDB 6CD8 Complex of GID4 fragment with short peptide

RCSB PDB 7U3L GID4 in complex with compound 91

RCSB PDB 9QDX GID4 in complex with Compound 1

GID4 Ligand 1 GID4 Binder MedChemExpress

Recognition of nonproline Nterminal residues by the ProNdegron

An Nend rule pathway that recognizes proline and destroys

Biotechnology and Bioengineering Vol 122 No 1

Journal of Molecular Recognition Vol 33 No 3

Schematic of the directed evolution yeastsurface display selection

Nat. Chem. Biol. | 一种调节人GID4 Pro/N-degron相互作用的化学探针 - Book学术

Nat Chem Biol GID4 ProNdegron Book

E3GID4PROTAC

DELopen文献解读| CTLH E3 ligase亚基GID4小分子配体发现之旅 - 知乎

DELopen CTLH E3 ligaseGID4

Molecular basis of GID4mediated recognition of degrons for the ProN

GID4PROTAC

LigandInduced Conformational Plasticity of the CTLH E3 Ligase Receptor

DELopen CTLH E3 ligaseGID4

An Nend rule pathway that recognizes proline and destroys

Growth curves of cells transfected with candidate genes GID4 ARGHAP44

GID4PROTAC

Myc Bioid2 Mcs Addgene inc Bioz

DELopen CTLH E3 ligaseGID4

CACHE Challenge 4 Preliminary results CACHE

Architecture and assemblies of GIDCTLH complexes a Schematic

GID4PROTAC

Gid4Vid24 promotes FBPase degradation A De novo protein synthesis

GID4PROTAC

Recognition of nonproline Nterminal residues by the ProNdegron

Gid10 as an alternative Nrecognin of the ProNdegron pathway PNAS

E3GID4PROTAC

Gid12 binds to the Gid4containing GID E3 ligase complexes a

E3GID4PROTAC

Identification of novel yGid4 and yGid10binding sequence motifs

Molecular basis of GID4mediated recognition of degrons for the ProN

E3GID4PROTAC

Gid4Vid24 promotes FBPase degradation A De novo protein synthesis

Gid12 binds to the Gid4containing GID E3 ligase complexes a

PSCprof

Growth curves of cells transfected with candidate genes GID4 ARGHAP44

The Expanding E3 LigaseLigand Landscape for PROTAC Technology

Regulation of the GID Ubiquitin Ligase Recognition Subunit Gid4

Ranbpm Gid4 Vascular Calcification

Gid4 E3

Gid4 Domains

Gid4 and Inflammation Cell

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