Sentence examples for intrinsic equilibrium from inspiring English sources

Nevertheless, soluble chemokine must exist due to the intrinsic equilibrium between the GAG-bound and the free forms.

That is, the system either survives and approaches its intrinsic equilibrium or it dies out; the probability of extinction increases with the length penalty parameter.

If the ligand concentration is low (i.e., L ≪ K1; K1 is the intrinsic equilibrium constant, in Figure 4), eq 2 is reduced to kobs ≈ kcl, and kcl is correlated to the lifetime of an open channel (or τ = 1/ kcl, where τ is the lifetime).

Thirdly, we note that biomechanical models exploring the long-term net contractile behaviour of amnioserosa cells suggest the cells have no memory of an intrinsic equilibrium area [ 30, 31], while holographic laser ablation used to isolate single amnioserosa cells indicates that amnioserosa cells are under very low elastic strain and that this is incompatible with a high-strain model [ 29].

In branches, reaction tissue forms where its inherent reaction force (pushing in the case of conifers and pulling in the case of hardwoods) will restore the intrinsic growth direction (equilibrium, or initial, position).

Fourie and Du Plessis (2003) showed that the intrinsic volume-averaged equilibrium temperature of the solid phase is equal to that of the fluid phase everywhere though that their values may differ locally.

The model reproduces the anomalous thermodynamics typical of coherent equilibrium including intrinsic hysteresis (for a pressure driven experiment) and a negative bulk modulus.

We therefore infer that the intramolecular condensation that we observe is intrinsic to a reversible equilibrium folding of the SSB-ssDNA complex.

We consider the gas motion containing a shock wave propagating into a homogeneous quiescent equilibrium gas with intrinsic velocity U given by U-1 = s′(x) = dt/dx where t = s(x) denotes the location of the shock at position x.

The steady-state scenario is effectively neutral by virtue of the dominant and fugitive realising identical vital rates and constant total density at their coexistence equilibrium despite contrasting intrinsic (heritable) rates.

It studies systems that exist far from equilibrium and whose intrinsic dynamics are typically both chaotic and high dimensional.