Endothelial cell-specific fgd5 involvement in vascular pruning defines neovessel fate in mice

Keyphrases

• Endothelial Cells 100%
• FGD5 100%
• Vascular Pruning 100%
• Neovessel 100%
• Apoptosis 60%
• Angiogenesis 40%
• Coated Beads 40%
• Genetic Regulators 40%
• P53 Pathway 20%
• Embryogenesis 20%
• Organ Development 20%
• Gain-of-function 20%
• Specific Genes 20%
• Direct Binding 20%
• Molecular Pathways 20%
• Aged Mice 20%
• Inflammation 20%
• Tissue Repair 20%
• Direct Activation 20%
• HEY1 20%
• Cdc42 20%
• PH Domain 20%
• Neovascularization 20%
• Hierarchical Structure 20%
• Ischemia 20%
• Vascular Network 20%
• New Vessels 20%
• Tube Formation 20%
• Aortic Rings 20%
• Murine Retina 20%
• Vascular Remodeling 20%
• Retina Model 20%
• Promote Apoptosis 20%
• FYVE Domain 20%
• Network Development 20%
• Secondary Network 20%
• RhoGEF 20%
• Mechanical Damage 20%
• Bead Assay 20%
• Vaso-obliteration 20%
• Transcriptomic Approaches 20%
• Vessel Formation 20%

Biochemistry, Genetics and Molecular Biology

• Genetics 100%
• Angiogenesis 100%
• P53 50%
• Embryogenesis 50%
• P21 50%
• Transcriptomics 50%
• Tissue Repair 50%
• Organogenesis 50%
• Pleckstrin Homology Domain 50%
• Neovascularization (Pathology) 50%
• FYVE Domain 50%
• RhoGEF Domain 50%