Contraction Control of Aligned Myofiber Sheet Tissue by Parallel Oriented Induced Pluripotent Stem Cell-Derived Neurons

Medicine & Life Sciences

• Induced Pluripotent Stem Cells 80%
• Neurons 43%
• Motor Neurons 28%
• Gels 14%
• Neuromuscular Junction 13%
• Cholinergic Receptors 13%
• Regenerative Medicine 12%
• Muscle Contraction 12%
• Fibrin 12%
• Locomotion 11%
• Muscles 10%
• Signal Transduction 9%
• Tubocurarine 7%
• Cell Engineering 7%
• Biomimetics 7%
• Neuronal Outgrowth 6%
• Self-Control 6%
• Myoblasts 6%
• Neurites 6%
• Tissue Engineering 5%
• Human Body 5%
• Cluster Analysis 5%
• Glutamic Acid 5%
• Organizations 4%
• Psychological Inhibition 4%
• Temperature 4%
• Technology 3%

Engineering & Materials Science

• Stem cells 100%
• Neurons 64%
• Tissue 59%
• Muscle 21%
• Regenerative Medicine 15%
• Gels 14%
• Signal transduction 13%
• Fabrication 10%
• Substrates 9%
• Tissue engineering 5%
• Biomimetics 5%
• Engineering technology 5%
• Cells 4%
• Elongation 4%
• Acids 4%
• Scalability 3%
• Temperature 1%

Chemical Compounds

• Neuromuscular 65%
• Signal Transduction 51%
• Acetylcholine 50%
• Gel 43%
• Glutamic Acid 24%
• Application 22%
• Environment 13%