The α5 Integrin Subunit Interacts With Fgfr2 In Osteoblasts Cell
The α5 Integrin Subunit Interacts With Fgfr2 In Osteoblasts Cell
The α5 Integrin Subunit Interacts With Fgfr2 In Osteoblasts Cell
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Restoration Of α5 Integrin Levels Abolishes Caspasedependent Apoptosis
Restoration Of α5 Integrin Levels Abolishes Caspasedependent Apoptosis
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Coupling Of Integrin α5 To Annexin A2 By Flow Drives Endothelial
Coupling Of Integrin α5 To Annexin A2 By Flow Drives Endothelial
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Cbl Interacts With α5 Integrin Subunit And Ubiquitin And Is Involved In
Cbl Interacts With α5 Integrin Subunit And Ubiquitin And Is Involved In
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Colocalization Of α5 Integrin Subunit And Cbl In Osteoblasts Control
Colocalization Of α5 Integrin Subunit And Cbl In Osteoblasts Control
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Transfection With α5 Integrin Plasmid Rescues Osteoblast Attachment On
Transfection With α5 Integrin Plasmid Rescues Osteoblast Attachment On
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Activation Of Integrin α5 Mediated By Flow Requires Its Translocation
Activation Of Integrin α5 Mediated By Flow Requires Its Translocation
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Frontiers Precision Medicine Targeting Fgfr2 Genomic Alterations In
Frontiers Precision Medicine Targeting Fgfr2 Genomic Alterations In
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Cbl Mediated α5 Integrin Subunit Proteasome Degradation Induced By
Cbl Mediated α5 Integrin Subunit Proteasome Degradation Induced By
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Integrin α5 Subunit Is Required For The Tumor Supportive Role Of
Integrin α5 Subunit Is Required For The Tumor Supportive Role Of
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Nischarin A Novel Protein That Interacts With The Integrin Alpha5
Nischarin A Novel Protein That Interacts With The Integrin Alpha5
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The Fibronectin Receptor α5 Integrin Subunit Is Upregulated By Cell
The Fibronectin Receptor α5 Integrin Subunit Is Upregulated By Cell
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α5 Integrin Expression Was Upregulated In Colorectal Adenocarcinoma And
α5 Integrin Expression Was Upregulated In Colorectal Adenocarcinoma And
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Distribution Of α5 Integrin And Sirna Mediated Depletion Of αv Integrin
Distribution Of α5 Integrin And Sirna Mediated Depletion Of αv Integrin
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Hyperglycemia Reduces The Distribution Of Integrin Subunits α5 And αv
Hyperglycemia Reduces The Distribution Of Integrin Subunits α5 And αv
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A The Cells Were Transduced With α5 Shrna Or Treated With Pd168393 As
A The Cells Were Transduced With α5 Shrna Or Treated With Pd168393 As
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The Fibronectin Receptor α5 Integrin Subunit Is Upregulated By Cell
The Fibronectin Receptor α5 Integrin Subunit Is Upregulated By Cell
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Overexpression Of α5 Integrin Subunit Caused Neither An Increased Cell
Overexpression Of α5 Integrin Subunit Caused Neither An Increased Cell
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α5 Integrin Remains In Fibrous Structures Left Behind Migrating Cells
α5 Integrin Remains In Fibrous Structures Left Behind Migrating Cells
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Elevated Expression Of α5 Integrin In The Neural Tube Upregulates Bmp5
Elevated Expression Of α5 Integrin In The Neural Tube Upregulates Bmp5
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Figure 1 From Activation Of Integrin α5 Mediated By Flow Requires Its
Figure 1 From Activation Of Integrin α5 Mediated By Flow Requires Its
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Quantification Of Integrin α5 Protein Expression Level In Glioblastoma
Quantification Of Integrin α5 Protein Expression Level In Glioblastoma
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Expression Of Fgfr2 Across A Panel Of Ec Cell Lines A Western Blot Of
Expression Of Fgfr2 Across A Panel Of Ec Cell Lines A Western Blot Of
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N Glycosylation Of Integrin α5 Acts As A Switch For Egfr Mediated
N Glycosylation Of Integrin α5 Acts As A Switch For Egfr Mediated
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Integrin α5 Subunit Is Required For The Tumor Supportive Role Of
Integrin α5 Subunit Is Required For The Tumor Supportive Role Of
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Integrin α5 And β4 Competitively Associated With Egfr And Regulated
Integrin α5 And β4 Competitively Associated With Egfr And Regulated
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Downregulation Of α5 Integrin Contributed To Mg63 Cell Metastasis A
Downregulation Of α5 Integrin Contributed To Mg63 Cell Metastasis A
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Laminin α5 Interacts Functionally With Integrin α3 To Regulate Spine
Laminin α5 Interacts Functionally With Integrin α3 To Regulate Spine
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Down Regulation Of α5 Integrin Subunit In Bae Cells By Lif Confluent
Down Regulation Of α5 Integrin Subunit In Bae Cells By Lif Confluent
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Integrin α5 Is Required For Efficient Rhoa Activation And Fibronectin
Integrin α5 Is Required For Efficient Rhoa Activation And Fibronectin
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Fgfr2 Controls Growth Of Hb2 Colonies In 3d Cultures And Regulates
Fgfr2 Controls Growth Of Hb2 Colonies In 3d Cultures And Regulates
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Membrane Lipid Organization And α5 Integrin Exposure On Hela Cells
Membrane Lipid Organization And α5 Integrin Exposure On Hela Cells
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Integrin α5 Is Required For Efficient Rhoa Activation And Fibronectin
Integrin α5 Is Required For Efficient Rhoa Activation And Fibronectin
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