A Cre-Lox P recombination approach for the detection of cell fusion in vivo.

Keyphrases

• Adult Tissues 20%
• Appropriate Technology 20%
• Bioluminescence 40%
• Cell Culture Model 20%
• Cell Differentiation 20%
• Cell Fate 40%
• Cell Fusion 100%
• Cell Survival 20%
• Cre Recombinase 40%
• Cre-loxP 100%
• Detection Signal 20%
• Disease Pathogenesis 20%
• Enhanced Functions 20%
• False-positive Signal 20%
• Firefly Luciferase 20%
• Floxed 20%
• Fusion Product 60%
• Heart Tissue 20%
• High Sensitivity 20%
• Image Analysis 20%
• Intramyocardial Injection 20%
• Intravital 20%
• LoxP 40%
• Luciferase 40%
• Maternal-fetal 20%
• Metazoan 20%
• Muscle-bone 20%
• Photinus Pyralis 20%
• Placenta 40%
• Recombination 100%
• Skeletal muscle 20%
• Somatic Cells 20%
• Stem Cell Differentiation 20%
• Stem Cell Transplantation 20%
• Stem Cells 60%
• Stop Codon 40%
• Stop Signal 20%
• Surrounding Tissues 20%
• Syncytiotrophoblast 40%
• Tissue Repair 20%
• Tissue Type 20%
• Track Fusion 20%
• Transplantation 20%
• Trophoblast 20%
• Trophoblast Cells 20%
• Unfused 20%

Biochemistry, Genetics and Molecular Biology

• Bioluminescence 40%
• Cell Culture 20%
• Cell Fate 40%
• Cell Fusion 100%
• Cell Survival 20%
• Cellular Differentiation 40%
• Cre Recombinase 40%
• LoxP Site 60%
• Luciferase 60%
• Photinus pyralis 20%
• Revertant 20%
• Signal Detection 20%
• Skeletal Muscle 20%
• Somatic Cell 20%
• Stem Cell 80%
• Stem Cell Transplantation 20%
• Stop Codon 40%
• Syncytiotrophoblast 40%
• Tissue Repair 20%
• Transcription 20%
• Trophoblast 40%

Immunology and Microbiology

• Bioluminescence 40%
• Cell Culture 20%
• Cell Differentiation 40%
• Cell Fate 40%
• Cell Fusion 100%
• Cell Survival 20%
• LoxP Site 60%
• Photinus pyralis 20%
• Placenta 40%
• Revertant 20%
• Signal Detection 20%
• Skeletal Muscle 20%
• Somatic Cell 20%
• Stem Cell 80%
• Stem Cell Transplantation 20%
• Stop Codon 40%
• Syncytiotrophoblast 40%
• Tissue Repair 20%
• Trophoblast 40%