Is the idea of “quantum-fluid organs” theoretically plausible in future synthetic biology?

As a medical student interested in how physics and biology intersect, I've been considering a theoretical idea I refer to as "quantum-fluid organs".

This idea refers to a hypothetical biological structure in which organ-like systems function not by way of classical solid tissues, but through the mechanics of quantum fluids. This means that these "organs" would possess frictionless flow, collective wave behaviour and phase coherence in a manner similar to superfluids and Bose-Einstein condensates.

Research on quantum biology—such as the presence of quantum coherence in photosynthesis; enzyme dynamics; and possible quantum effects in ion channels—is rapidly expanding. I would like to ask this question, which is related to the current scientific understanding of the universe, from an unconventional perspective: Is it possible, under extremes of physical condition or engineered environment, for organ-like biological systems to be arranged as quantum-fluid organs, instead of as solid cellular structures? If so, what physical and/or biological constraints would preclude such an arrangement?

I mean long-term, theoretical, or synthetic bioengineering models—not our present day human biology.

I would greatly appreciate any insight on the topic provided by physicists, biophysicists and biologists regarding the possibilities, limitations and general feasibility of quantum-fluid organs.