Ehd2

The Endocytic Recycling Protein EHD2 Interacts with Myoferlin to

EHD2 restrains dynamics of caveolae by an ATPdependent membranebound

EHD2 and the Novel EH Domain Binding Protein EHBP1 Couple Endocytosis

Modeling membrane shaping by proteins Focus on EHD2 and NBAR domains

Model for the role of the EHD2 unstructured KPFRKLNPF motif in

EHD2 localizes to the plasma membrane and is predicted to form large

EHD2 and the Novel EH Domain Binding Protein EHBP1 Couple Endocytosis

EHD2 identified in GLUT4containing membranes and its localization in

EHD2 modulates Dll4 endocytosis during blood vessel development

EHD2 is strongly expressed in caveolae containing tissue 619 A Cryostat

The endocytic recycling protein EHD2 interacts with myoferlin to

PDF EHD2 shuttles to the nucleus and represses transcription

EHD2 and the Novel EH Domain Binding Protein EHBP1 Couple Endocytosis

The Endocytic Recycling Protein EHD2 Interacts with Myoferlin to

EHD2 modulates Dll4 endocytosis during blood vessel development Webb

Expression of EHD2 EH domain or EHBP1 NPFmotifs disrupts cortical

EHD2 is expressed in endothelial cells and stabilizes caveolae at the

EHD2 regulates adipocyte function and is enriched at cell surface

Figure 1 from Ehd2 Regulates Caveolar Dynamics via Atpdriven Targeting

EHD2 is expressed in endothelial cells and stabilizes caveolae at the

EHD2 regulates adipocyte function and is enriched at cell surface

EHD2 inhibits ligandinduced endocytosis and signaling of the leucine

EHD2 and the Novel EH Domain Binding Protein EHBP1 Couple Endocytosis

EHD2 General Information Sino Biological

EHD2 regulates caveolar dynamics via ATPdriven targeting and

Models for myoferlin and EHD2 in vesicle cycling and myoferlin

EHD2 regulates plasma membrane integrity and downstream insulin

Mechanical stress induces EHD2 nuclear translocation A and B

EHD2 regulates caveolar dynamics via ATPdriven targeting and

EHD2 regulates adipocyte function and is enriched at cell surface

EHD2 regulates caveolar dynamics via ATPdriven targeting and

EHD2 regulates adipocyte function and is enriched at cell surface

EHD2 regulates plasma membrane integrity and downstream insulin

EHD2 regulates adipocyte function and is enriched at cell surface

EHD2 regulates caveolar dynamics via ATPdriven targeting and

Role of Phosphatidylinositol 45Bisphosphate in Regulating EHD2 Plasma

Mutations in EHD2 impair association with caveolae and formation of

Loss of the endogenous EHD2 or EHBP1 proteins by siRNAmediated gene

EHD2 regulates plasma membrane integrity and downstream insulin

EHD2 regulates caveolar dynamics via ATPdriven targeting and

Results of the mapbased cloning of Ehd2 A Location of Ehd2 on

Ese3 contributes to colon cancer progression by downregulating EHD2

Expression of EHD2 in LUAD tissues A Western blot analysis of EHD2

EHD2 regulates plasma membrane integrity and downstream insulin

Acetylation and acetylation mimetics alter membrane remodeling of EHD2

EHD2 is autoinhibited via the N terminus and EH domain A DLS

Expression of EHD2 disrupts transferrin trafficking to early endosomes

EHD2 oligomers mediate a link of caveolae to Factin A Confocal

Mimicking acetylation inhibits EHD2 distribution to the plasma

Acute PLD inhibition reduces EHD2 protein levels but does not

EHD2 inhibits ligandinduced endocytosis and signaling of the leucine

EHD2 regulates plasma membrane integrity and downstream insulin

EHD2 inhibits ligandinduced endocytosis and signaling of the leucine

EHD2 is strongly expressed in caveolae containing tissue 619 A Cryostat

EHD2 regulates caveolar dynamics via ATPdriven targeting and

EHD2 restrains dynamics of caveolae by an ATPdependent membranebound

Figure 1 from Role of the EHD2 Unstructured Loop in Dimerization

EHD2 is strongly expressed in caveolae containing tissue 619 A Cryostat

Role of the EHD2 Unstructured Loop in Dimerization Protein Binding and

EHD2 expression is required for the presence of caveolae at the plasma

RCSB PDB 9RBU CryoET structure of fulllength membranebound EHD2

Mechanical stress induces EHD2 nuclear translocation A and B

EHD2 restrains dynamics of caveolae by an ATPdependent membranebound

EHD2 overexpression promotes tumorigenesis and metastasis in triple

EHD2 is strongly expressed in caveolae containing tissue 619 A Cryostat

Structures of EHD2 and EHD4 a Spacefilled crystal structure of EHD2

Hypothesis EHD2 and the novel EHD2interacting protein EHBP1 couple

EHD2 overexpression promotes tumorigenesis and metastasis in triple

Acetylation and acetylation mimetics alter membrane remodeling of EHD2

EHD2 regulates plasma membrane integrity and downstream insulin

EHD2 is a Predictive Biomarker of Chemotherapy Efficacy in Triple

EHD2 is associated with plasma membrane caveolae A Scissorshape

EHD2 is downregulated in CC A EHD2 protein expression levels were

EHD2 expression in breast epithelial and cancer cell lines a EHD2

EHD2 and the Novel EH Domain Binding Protein EHBP1 Couple Endocytosis

Role of the EHD2 Unstructured Loop in Dimerization Protein Binding and

EHD2 is a Predictive Biomarker of Chemotherapy Efficacy in Triple

EHD2 expression in breast epithelial and cancer cell lines a EHD2

EHD2 and the Novel EH Domain Binding Protein EHBP1 Couple Endocytosis

Prognostic implication of histological features associated with EHD2

EHD2 is expressed in endothelial cells and stabilizes caveolae at the

EHD2 Polyclonal Antibody EHD2201AP

EHD2 is associated with plasma membrane caveolae A Scissorshape

EHD2 expression is required for the presence of caveolae at the plasma

Role of the EHD2 Unstructured Loop in Dimerization Protein Binding and

The KPF loop in EHD2 mediates targeting to caveolae and stable membrane

EHD2 expression is required for the presence of caveolae at the plasma

EHD2 is strongly expressed in caveolae containing tissue 619 A Cryostat

EHD2 binds to lipid membranes in an open conformation as determined by

EHD2 regulates plasma membrane integrity and downstream insulin

Tissue expression of EHD2 Staining in kidney The Human Protein Atlas

EHD2 localizes to PIP2enriched Arf6Q67Lpositive vacuoles AC HeLa

EHD2 binds to lipid membranes in an open conformation as determined by

Role of the EHD2 Unstructured Loop in Dimerization Protein Binding and

Project A12 CRC 958 Scaffolding of Membranes Molecular Mechanisms

EHD Home Page An ATPase involved in membrane remodelling

The trafficking protein EHD2 positively regulates cardiac sarcolemmal

EHD2mediated restriction of caveolar dynamics regulates cellular fatty

The trafficking protein EHD2 positively regulates cardiac sarcolemmal

EHD2mediated restriction of caveolar dynamics regulates cellular fatty

EHD Home Page An ATPase involved in membrane remodelling

Scratching the surface actin and other roles for the Cterminal Eps15

HIF1EHD2 induces macropinocytosis to support HCC growth in hypoxic

EHD Home Page An ATPase involved in membrane remodelling

Structural Insights into Membrane Interaction and Caveolar Targeting of

EHD Home Page An ATPase involved in membrane remodelling

EHD2mediated restriction of caveolar dynamics regulates cellular fatty

The membranebinding mode of EHD4 a The cryoET model of EHD4 teal

Expression of EHEHD2 but not EHEHD1 induces cortical actin

Differential requirements for the Eps15 homology domain proteins EHD4

A Schematic representation of EHD chimeras The EHD2EH1 chimera

eNOSNOinduced small blood vessel relaxation requires EHD2dependent

Ultrastructural analysis of EHD2 GLUT4 and actin filament

EHD2mediated restriction of caveolar dynamics regulates cellular fatty

EHD2 Membrane Tension

EHD2 Plane

EHD2 Intracellular Localization

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