Table 1.

Parameters of EMF, CytC and BSA: Debye temperature Θ _D, Debye frequency ν _D = k_B θ _D/h (k_B – Boltzmann constant, h – Planck constant), boson peak frequency ν _BP , boson peak correlation length ξ _BP , activation energies of the UDR and the NCL regimes E _a(UDR) and E _a(UDR), respectively, dipole moment.

Parameter	EMF	CytC	BSA
Θ D, K	110 ± 20	100 ± 20	90 ± 20
ν D, THz	2.3 ± 0.4	2.08 ± 0.4	1.88 ± 0.4
ν BP, GHz	750 ± 200	630 ± 150	540 ± 130
ξ BP, nm	2.7 ± 0.6	3.2 ± 0.6	3.8 ± 0.7
E a(UDR), meV	1550 ± 300	600 ± 130	—
E a(NCL), meV	15.5 ± 3	5.2 ± 0.5	9.5 ± 0.8
Approximate dimensions, Å	—	25·25·3766	140·40·4067
Dipole moment, Debye	—	~32068	~40069
c P-T freezing anomaly (Fig. 2A)	Yes	No	No
UDR-NCL crossover (Fig. 2B)	Yes	No	No
Free charge carriers	Yes	Yes	No
Hemes in structure	Yes	Yes	No
Quinones and flavins in structure	Yes	No	No
UDR regime observed	Yes	Yes	No
NCL regime observed	Yes	Yes	Yes
UDR-NCL-crossover	Yes	Yes	No
Boson peak observed in c P(T)	Yes	Yes	Yes
Boson peak observed in THz spectra	Yes	No	No

The indicated uncertainties correspond to the ranges of the data that provide satisfactory description of the original experimentally obtained material. Water contents in samples according to thermogravimetry measurements: EMF (~30%), CytC (~13%), BSA (~11%).