Structural and functional recovery of electropermeabilized skeletal muscle in-vivo after treatment with surfactant poloxamer 188

Immunology and Microbiology

• Skeletal Muscle 100%
• Electroporation 100%
• Action Potential Amplitude 75%
• Muscle Action Potential 75%
• Rat 75%
• Cells 50%
• Cell Survival 50%
• Membrane 50%
• Kinetics 50%
• Limb 50%
• Skeletal Muscle Cell 50%
• Muscle Fiber Membrane 50%
• Cell Membrane 50%
• Magnetic Resonance Imaging 25%
• Diffusion 25%
• Muscle Function 25%
• Animal 25%
• Dose 25%
• Circulation 25%
• Drug Megadose 25%
• Thermostability 25%
• Pulse Rate 25%
• Electric Current 25%
• Macromolecule 25%
• Time 25%
• Water Content 25%

Nursing and Health Professions

• Poloxamer 100%
• Surfactant 100%
• Injury 66%
• Electric Injury 44%
• Electroporation 44%
• Muscle Action Potential 33%
• Action Potential Amplitude 33%
• Edema 33%
• Survival 22%
• Copolymer 22%
• Adult 11%
• Nuclear Magnetic Resonance Imaging 11%
• Electric Current 11%
• Clinical Management 11%
• Analysis 11%
• Depression 11%
• Water 11%
• Nervous System Injury 11%
• Intravenous Drug Administration 11%
• Muscle Injury 11%
• Thermal Burn 11%
• Drug Megadose 11%
• Necrosis 11%
• Pulse Rate 11%
• Water Content 11%
• Thermal Injury 11%
• Membrane Rupture 11%
• Bioelectromagnetics 11%
• Muscle Necrosis 11%
• Pathophysiology 11%
• Pathogenesis 11%
• Neuroprotection 11%
• Thermostability 11%
• Dextran 11%
• Time 11%

Neuroscience

• In Vivo 100%
• Skeletal Muscle 100%
• Surfactant 100%
• Electroporation 80%
• Action Potential 60%
• Cell Survival 40%
• Muscle Fiber Membrane 40%
• Copolymer 40%
• Cell Membrane 40%
• Necrosis 40%
• Neuroprotection 20%
• Neurotrauma 20%
• Magnetic Resonance Imaging 20%
• Depression 20%
• Dextran 20%