Table 5.

The studied proteins (with PDB codes), the number of residues, and fraction of coil composition, the two‐quantum transition dipole strengths per residue ${\left|\overrightarrow{\mu }\right|}_{\frac{\mathrm{t}\mathrm{o}\mathrm{t}\mathrm{a}\mathrm{l}}{\mathrm{r}\mathrm{e}\mathrm{s}\mathrm{i}\mathrm{d}\mathrm{u}\mathrm{e}}}^4$.

Protein	Number of residues	% Coil residues	${\left|\overrightarrow{\mu }\right|}_{\text{total}/\text{residue}}^4\left(D^4\right)$	${\left|\overrightarrow{\mu }\right|}_{\text{total}/\text{residue}}^2\left(D^2\right)$
α‐lactalbumin (1ALC)	122	19	0.47	0.69
Myoglobin (1MBC)	152	15	0.47	0.69
Lysozyme (2LYM)	128	14	0.40	0.63
Concanavalin A (3CNA)	237	14	0.80	0.89
Ubiquitin (1UBQ)	76	16	0.32	0.57
Ribonuclease A (7RSA)	123	28	0.48	0.69

The fraction of coil composition was computed from PROMOTIF,92 as in Table 2.