The structure of \(\ce{NAD}\) is shown below; you can clearly see the nicotinamide at the top right of the molecule. The structure of \(\ce{NADP+}\) is exactly the same as \(\ce{NAD}\), except it has ...The structure of \(\ce{NAD}\) is shown below; you can clearly see the nicotinamide at the top right of the molecule. The structure of \(\ce{NADP+}\) is exactly the same as \(\ce{NAD}\), except it has an extra phosphate group off the bottom of the structure, as shown below. To account for niacin synthesis from tryptophan, niacin equivalents (NE) were created by the DRI committee to account for the amount of niacin in foods as well as their tryptophan content.
The structure of \(\ce{NAD}\) is shown below; you can clearly see the nicotinamide at the top right of the molecule. The structure of \(\ce{NADP+}\) is exactly the same as \(\ce{NAD}\), except it has ...The structure of \(\ce{NAD}\) is shown below; you can clearly see the nicotinamide at the top right of the molecule. The structure of \(\ce{NADP+}\) is exactly the same as \(\ce{NAD}\), except it has an extra phosphate group off the bottom of the structure, as shown below. To account for niacin synthesis from tryptophan, niacin equivalents (NE) were created by the DRI committee to account for the amount of niacin in foods as well as their tryptophan content.
