J. C. Dobrowolsk et al.
124
Fig. 5.11 the calculated Boltzmann-averaged RoA of the zwitterion (a), cationic (b), and anionic (c) form of 4( R)-hydroxyproline (in arbitrary units). the
experimental RoA spectrum was recorded for ca. 100 mg/ml of amino acid (a) at ph 6, acquisition time: 5679s, power at sample 598 mW; (b) at ph 1, acquisition time: 3523s, power at
sample 524 mW; (c)
at ph 10, acquisition time: 3993s, power at
sample 500 mW. (Reproduced from Ref.
[208] with kind permission
of John Wiley and Sons)
124
Fig. 5.11 the calculated Boltzmann-averaged RoA of the zwitterion (a), cationic (b), and anionic (c) form of 4( R)-hydroxyproline (in arbitrary units). the
experimental RoA spectrum was recorded for ca. 100 mg/ml of amino acid (a) at ph 6, acquisition time: 5679s, power at sample 598 mW; (b) at ph 1, acquisition time: 3523s, power at
sample 524 mW; (c)
at ph 10, acquisition time: 3993s, power at
sample 500 mW. (Reproduced from Ref.
[208] with kind permission
of John Wiley and Sons)