Fetal neural tube stem cells from pax3 mutant mice proliferate, differentiate, and form synaptic connections when stimulated with folic acid

Keyphrases

• Stem Cells 100%
• Mutant Mice 100%
• Synaptic Connections 100%
• Neural Tube 100%
• Folic Acid 100%
• Pax3 100%
• Splotch 66%
• Neurospheres 50%
• Neural Tube Defects 16%
• Neural Stem Cell Proliferation 16%
• Mouse Model 8%
• Downstream Targets 8%
• Cell Culture 8%
• Cell Proliferation 8%
• Neural Stem Cells 8%
• Gain-of-function mutation 8%
• Acid Activation 8%
• Cell Differentiation 8%
• Early Embryo 8%
• Stem Cell Characteristics 8%
• Proliferative Potential 8%
• Differentiation Potential 8%
• Spina Bifida 8%
• Folate 8%
• Multipotent Stem Cells 8%
• Embryonic Stage 8%
• Lower Lumbar 8%
• Neural Stem Cell Differentiation 8%
• Neurosphere Formation 8%
• Maternal Intake 8%

Neuroscience

• Folic Acid 100%
• Stem Cell 100%
• Neural Tube 100%
• Neurosphere 53%
• Neural Stem Cell 23%
• Cellular Differentiation 15%
• Cell Proliferation 15%
• Spina bifida 7%
• Loss of Function Mutation 7%
• Folate 7%
• Cell Culture 7%

Medicine and Dentistry

• Neural Tube 100%
• Stem Cell 100%
• Folic Acid 100%
• Neural Stem Cell 23%
• Neural Tube Defect 15%
• Cell Proliferation 15%
• Cell Differentiation 15%
• Loss of Function Mutation 7%
• Spinal Dysraphism 7%
• Multipotent Stem Cell 7%
• Cell Culture 7%