Genetic ablation of phosphatidylinositol transfer protein function in murine embryonic stem cells

Keyphrases

• Protein Function 100%
• Genetic Ablation 100%
• Murine Embryonic Stem Cells 100%
• Phosphatidylinositol Transfer Protein 100%
• Murine Cells 22%
• Mast Cells 11%
• Dense Granules 11%
• Pluripotency 5%
• Cell Membrane 5%
• Cell Behavior 5%
• Embryonic Development 5%
• Growth Factors 5%
• Mammalian System 5%
• Eukaryotic Cells 5%
• Reconstitution 5%
• Ablation 5%
• Phospholipid Metabolism 5%
• Physiological Function 5%
• Secretory Pathway 5%
• Specialized Functions 5%
• Signal Transduction 5%
• Housekeeping 5%
• Genetic Approach 5%
• Cell-free 5%
• Biogenesis 5%
• Permeabilized Cells 5%
• In Vitro System 5%
• Endocytic Pathway 5%
• Membrane Trafficking 5%
• Protein Trafficking 5%
• Lipid Signaling 5%
• Heterologous Protein 5%
• Protein S Deficiency 5%
• Membrane Lipids 5%
• Catastrophic Failure 5%
• Resolution Studies 5%
• Free Cells 5%
• Bulk Growth 5%

Biochemistry, Genetics and Molecular Biology

• Protein Function 100%
• Genetic Ablation 100%
• Embryonic Stem Cell 100%
• Phosphatidylinositol Transfer Protein 100%
• Mast Cell 11%
• Signal Transduction 5%
• Cell Membrane 5%
• Allele 5%
• Agonist 5%
• Growth Factor 5%
• Embryogenesis 5%
• Phospholipid Metabolism 5%
• Secretory Pathway 5%
• Protein Targeting 5%
• Biogenesis 5%
• Membrane Lipid 5%
• Genetic Approach 5%
• Membrane Trafficking 5%
• Deficiency 5%