Prolonged Cold Ischemia Time Results in Local and Remote Organ Dysfunction in a Murine Model of Vascularized Composite Transplantation

Keyphrases

• Biopsy Specimen 50%
• Blood Urea Nitrogen 25%
• Cell Infiltration 25%
• Cold Ischemia 75%
• Cold Storage 50%
• Complex Response 25%
• Creatine Kinase 25%
• Future Therapies 25%
• Hindlimb 50%
• Innate Immune Response 25%
• Ischemia-reperfusion Injury 75%
• Macrophage Cells 25%
• Microvascular Composites 100%
• Mouse Model 25%
• Multiple Tissues 25%
• Multiplex Immunoassay 25%
• Murine Model 100%
• Muscle Biopsy 50%
• Neutrophil Cells 25%
• Organ Dysfunction 100%
• PECAM-1 25%
• Prolonged Cold Ischemia Time 100%
• Recipient Survival 25%
• Reconstructive Options 25%
• Reduced Survival 25%
• Remote Organ 100%
• Remote Organ Damage 25%
• Renal Injury 25%
• Serum Creatinine 25%
• Tissue Defect 25%
• Transplantation 100%
• Transplantation Model 25%
• Vascular Endothelial Dysfunction 25%
• Vascularized Composite Allotransplantation 100%

Medicine and Dentistry

• Blood Urea Nitrogen 25%
• Cellular Infiltration 25%
• Creatine Kinase 25%
• Creatinine 25%
• Cryopreservation 50%
• Cytokine 50%
• Hindlimb 50%
• Immunoassay 25%
• Innate Immunity 25%
• Ischemia 100%
• Kidney Injury 25%
• Macrophage 25%
• Muscle Biopsy 50%
• Neutrophil 25%
• Organ Dysfunction 100%
• Platelet Endothelial Cell Adhesion Molecule 1 25%
• Vascularized Composite Allotransplantation 100%

Immunology and Microbiology

• Allograft 100%
• Cell Infiltration 25%
• Cold Ischemia 100%
• Creatinine Blood Level 25%
• Cryopreservation 50%
• Cytokine 50%
• Immunoassay 25%
• Innate Immune System 25%
• Macrophage 25%
• Mouse Model 25%
• Muscle 50%
• Neutrophil 25%
• Platelet Endothelial Cell Adhesion Molecule 1 25%
• Urea Nitrogen Blood Level 25%