Carbon-13 Nuclear Magnetic Resonance Spectroscopy of Lipids: Differential Line Broadening Due to Cross-Correlation Effects as a Probe of Membrane Structure

Keyphrases

• Lipids 100%
• Line Broadening 100%
• NMR Spectroscopy 100%
• Correlation Effects 100%
• Membrane Structure 100%
• Carbon-13 100%
• Differential Lines 100%
• Magic Angle 66%
• Imipramine 66%
• Nuclear Magnetic Resonance Spectra 50%
• Nuclear Magnetic Resonance 50%
• Galactosylated 50%
• Diglycerides 50%
• Desipramine 50%
• Angle Orientation 50%
• Line Shape 33%
• Aromatics 33%
• Glycerol 33%
• Dipole 33%
• Broadening Effect 33%
• 1,3-Dioleoyl-2-palmitoylglycerol 33%
• 13C nuclear Magnetic Resonance 33%
• Proton 16%
• Anisotropy 16%
• Dipolar Interaction 16%
• Doublet 16%
• Carbon Atom 16%
• Low Temperature Spectrum 16%
• Mesophase 16%
• Chemical Shift 16%
• Phospholipids 16%
• Quadrupole Splitting 16%
• Water System 16%
• Mesophases 16%
• Sp2 Carbon 16%
• Glycolipids 16%
• Selective Deuteration 16%
• Natural Abundance 16%
• Orientation Effect 16%
• Intensity Value 16%
• Coupled Spectra 16%
• Nuclear Magnetic Resonance Technique 16%
• H-vector 16%
• Motional Averaging 16%
• Tricyclic Antidepressants 16%
• Rapid Movement 16%
• Chemical Shielding 16%
• Selective Averaging 16%
• Lipid Compounds 16%
• High Temperature Spectra 16%

Chemistry

• NMR Spectroscopy 100%
• Line Broadening 100%
• Imipramine 66%
• Diglyceride 50%
• Desipramine 50%
• Lineshape 33%
• NMR Spectrum 33%
• Phosphocholine 33%
• Dipolar Interaction 16%
• Carbon Atom 16%
• Anisotropy 16%
• Linewidth 16%
• Chemical Shift 16%
• Quadrupole Splitting 16%
• Phospholipid 16%
• Mesophase 16%
• Glycolipid 16%
• 13C NMR Spectrum 16%
• Motional Averaging 16%
• Magic Angle Sample Spinning 16%
• Tricyclic Antidepressant Agent 16%