The analyses performed so far point towards a wide spread of peptide microstates in the conformational phase space, making it impossible to identify one or even a few 'preferential conformations' of the peptide in solution. However, the very uneven spread of the torsional angles in the Ramachandran plot clearly shows that the peptide, although 'disordered', is far from being 'randomly disordered'. In order to shed light on the actual degree of order in the conformational ensemble, we plot a two-dimensional sketch map of the conformers in the high-dimensional space covered by all backbone dihedrals in the peptide sequence (Fig. ). In this way, we obtain a visual representation of the structural differences (measured as distances in the phase-space of all dihedrals) among the conformers in the ensemble.