Before revision:  Numerical estimations of the energy of molecules in capillary and aorta volume are resulted: for the values of relaxation rate \Lambda=0.5 \lambda, 0.05 \lambda, and 0.005 \lambda we obtain the energies \varepsilon=2, 20 and 200 k_BT, respectively, for the molecules of capillaries and \varepsilon=2\cdot 10^{-9} , 20\cdot 10^{-9, and 200\cdot 10^{-9} k_BT, respectively, for the molecules of the aorta.
After revision:  Numerical estimations of the energy of molecules in capillary and aorta volume are resulted: for the values of relaxation rate \Lambda=0.5 \lambda, 0.05 \lambda, and 0.005 \lambda we obtain the energies \varepsilon=2, 20 and 200 k_BT, respectively, for the molecules of capillaries and \varepsilon=2\cdot 10^{-9} , and 200\cdot 10^{-9} k_BT, respectively, for the molecules of the aorta.