Decellularized brain matrix enhances macrophage polarization and functional improvements in rat spinal cord injury

Keyphrases

• Rat Spinal Cord Injury 100%
• Functional Improvement 100%
• Decellularized 100%
• Macrophage Polarization 100%
• Brain Matrix 100%
• Decellularized Extracellular Matrix (dECM) 100%
• Spinal Cord Injury 66%
• Injured Spinal Cord 66%
• Macrophages 50%
• M2 Macrophages 50%
• Porcine Brain 50%
• Treatment Options 33%
• Functional Recovery 33%
• Locomotor Function 33%
• Extracellular Matrix Hydrogel 33%
• Effective Treatment 33%
• Spinal Cord Injury Model 33%
• M1 Macrophages 33%
• Biomaterials 16%
• Inflammatory Process 16%
• Hippocampal Neurons 16%
• Spinal Cord 16%
• Optimal Concentration 16%
• Collagen 16%
• Therapeutic Potential 16%
• Interleukin-10 16%
• Cortical Neurons 16%
• Wound Healing 16%
• Lesion Size 16%
• Drug-free 16%
• Spinal Cord Compression 16%
• Activated Macrophages 16%
• Matrix-based 16%
• Neurite Outgrowth 16%
• Inflammatory Macrophages 16%
• Primary Neurons 16%
• Primary Macrophages 16%
• Acute Injury 16%
• Lesion Site 16%
• Engineered Hydrogels 16%
• Arginase-1 (Arg-1) 16%
• M2 Phenotype 16%
• CD206 16%
• Cell-free Approach 16%
• Pro-regenerative 16%
• Alternatively Activated 16%
• Decellularized Matrix Hydrogel 16%
• M2 Phase 16%
• Matrix Concentration 16%
• Decellularized Matrix 16%
• Wound Regeneration 16%
• Secondary Injury Mechanisms 16%
• Lesion Cavity 16%

Neuroscience

• Macrophage 100%
• Spinal Cord Injury 100%
• Extracellular Matrix 72%
• Anti-Inflammatory 9%
• Interleukin 10 9%
• Neurite Outgrowth 9%
• Blood Brain Barrier 9%

Pharmacology, Toxicology and Pharmaceutical Science

• Spinal Cord Injury 100%
• Injury 42%
• Pig 42%
• Wound Healing 28%
• Inflammation 14%
• Anti-Inflammatory Drug 14%
• Interleukin 10 14%
• Biomaterial 14%
• Blood-Brain Barrier 14%