• DOPE, Deuterated on both acyl chains and ethanolamine • Deuteration: 98 % (except alpha protons that are Deuterated at 50 %) • Chemical purity > 99 %
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%
• Original SAIL amino acid • Preservation of through-bond connectivity • Reduction of spin diffusion • Removal of 2JHH couplings • Reduction of number of protons 50%