Biolagunev

Biolagunev is a fictional concept used in speculative biology and science fiction to describe a class of self-assembling, biohybrid membranes that mimic aspects of natural cellular barriers while offering programmable permeability. The term is associated with fictional researchers named Lagunev, and in many narratives it is presented as a platform for discussing responsive materials.

In these works, biolagunev materials are described as combining natural polymers with synthetic crosslinkers to form vesicle- or film-based structures. They are portrayed as possessing dynamic porosity, tunable mechanical properties, and sensitivity to stimuli such as pH, temperature, or chemical cues, enabling selective transport of molecules.

Reported applications include targeted drug delivery, tissue engineering scaffolds, water purification, and biosensing. The concept is used to illustrate how biohybrid systems could achieve biocompatibility while supporting programmable behavior and interface with biological environments.

Status and reception: Biolagunev does not exist as a proven material in real science. It serves as a thought experiment to probe design trade-offs in biomaterials, the translation of stimuli-responsive membranes, and the ethical considerations of deploying biohybrid systems in living contexts within fiction.