Investigation of factors determining the enhanced permeability and retention effect in subcutaneous xenografts

Keyphrases

• Enhanced Permeability 100%
• Liposomal 100%
• Subcutaneous Xenograft 100%
• Permeability Effect 100%
• Retention Effect 100%
• Enhanced Retention 100%
• Tumor Growth 28%
• Xenograft 28%
• Fast-growing 28%
• Tumor 14%
• Chemotherapy 14%
• Tumor Development 14%
• Tumor Tissue 14%
• Macrophages 14%
• Hypoxia 14%
• SPECT-CT 14%
• Tumor Vessels 14%
• Growing Tumor 14%
• Antitumor Drug Delivery 14%
• Blood Vessel Density 14%
• Conventional Therapy 14%
• Macromolecules 14%
• Slow-growing 14%
• Tumor Hypoxia 14%
• Xenograft Tumor 14%
• Efficient Delivery 14%
• Human Xenografts 14%
• Lymphatic Vessel Density 14%
• Reduced Side Effects 14%
• Infiltrating Macrophages 14%
• PEGylated Liposomes 14%
• Physiological Determinants 14%
• Prolonged Circulation Time 14%

Medicine and Dentistry

• Neoplasm 100%
• Xenograft 100%
• Enhanced Permeability and Retention Effect 100%
• Tumor Progression 40%
• Macrophage 40%
• Tumor Xenograft 20%
• Side Effect 20%
• Drug Megadose 20%
• Intratumoral Drug Administration 20%
• Lymph Duct 20%
• Hypoxia 20%
• Single Photon Emission Computed Tomography-Computed Tomography 20%
• Liposome 20%
• Tumor Hypoxia 20%
• Indium 111 20%
• Chemotherapy 20%

Pharmacology, Toxicology and Pharmaceutical Science

• Neoplasm 100%
• Enhanced Permeability and Retention Effect 100%
• Tumor Growth 33%
• Hypoxia 33%
• Chemotherapy 16%
• Side Effect 16%
• Indium 111 16%
• Liposome 16%