Subcutaneous preconditioning increases invasion and metastatic dissemination in mouse colorectal cancer models

Keyphrases

• Metastatic Dissemination 100%
• Colorectal Cancer Model 100%
• Orthotopic Injection 100%
• HCT116 57%
• Metastatic Efficiency 42%
• Microinjection 28%
• Colorectal Cancer Cells 28%
• Tumor Budding 28%
• Tumor 14%
• Liver 14%
• Nude Mice 14%
• Metastasis 14%
• Overexpression 14%
• Primary Tumor 14%
• Expression Level 14%
• Epithelial Cells 14%
• Statistical Significance 14%
• Invasion Front 14%
• Lymph Node 14%
• Lung 14%
• Integrin 14%
• Colorectal Cancer 14%
• Vascular Endothelial Growth Factor 14%
• Lymphatics 14%
• Keratin 14%
• Injection Model 14%
• Tumor Cell Invasion 14%
• Cecum 14%
• Apoptotic Bodies 14%
• Akt Activation 14%
• Tumor Model 14%
• Primary Tumor Tissue 14%
• Peritoneum 14%
• Orthotopic Colorectal Cancer 14%
• Tumor Cell Survival 14%
• Tumor Invasion Front 14%
• Antimetastatic Drugs 14%
• Subcutaneous Implantation 14%

Medicine and Dentistry

• Colorectal Carcinoma 100%
• Cancer Model 100%
• Tumor 75%
• Microinjection 50%
• Colorectal Cancer Cell Line 50%
• Primary Tumor 50%
• Metastatic Carcinoma 25%
• Lymph Node 25%
• Tumor Model 25%
• Tumor Cell 25%
• Cell Survival 25%
• Lymph Duct 25%
• Cell Invasion 25%
• down Regulation 25%
• Vasculotropin A 25%
• Epithelial Cell 25%
• Cecum 25%
• Tumor Invasion 25%
• Peritoneum 25%
• Keratin 25%
• Antimetastatic Agent 25%
• Budding 25%
• Lung 25%
• Protein Kinase B 25%
• Integrin 25%

Pharmacology, Toxicology and Pharmaceutical Science

• Colorectal Carcinoma 100%
• Cancer Model 100%
• Primary Tumor 33%
• Nude Mouse 16%
• Protein Kinase B 16%
• Integrin 16%
• Vasculotropin A 16%
• Tumor Model 16%
• Tumor Invasion 16%
• Antimetastatic Agent 16%
• Keratin 16%