Abstract
An analysis at the level of molecular excitations is proposed for describing the biological system collective dynamics. In the resulting quantum field theory scheme the system is considered to oscillate between two different regimes: one characterized by a localized Bose condensation of quanta, the other one by an extended homogeneous condensation with a long-range correlation. The transition between these regimes is seen as the transition between different vacua. Dissipativity, which is typical of the biological systems, is shown to be the macroscopic manifestation of a microscopic invariance law.
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