From Molecular Motors to the Whole Organism
Kinesin motors carry cargo along microtubules and support the active internal organization of cells. A compound that changes their movement offers a concrete bridge between molecular action, cellular behavior, and organism-level loss of consciousness.
The cellular lens expands the question beyond neurons alone. It asks how anesthesia affects many living cell types and how their coordinated activity contributes to the body’s unified experience.
Study Consciousness Across Scales
The resulting research program connects cell biology, intracellular transport, neural coordination, hierarchy, and participation. It treats the body as an organized society of living units whose relationships matter.
Cell biologists, anesthesiologists, and consciousness researchers can test this connection across organisms and scales. Follow the molecular mechanism, compare cell responses, and build a richer account of sentient life.
Read the Cell Biology of Anesthesia
The linked studies follow anesthetic action from single cells to kinesin transport, giving the consciousness argument a concrete biological mechanism.
The Biology of General Anesthesia from Paramecium to Primate · Common general anesthetic propofol impairs kinesin processivity · https://www.cell.com/current-biology/pdf/S0960-9822(19)31262-X.pdf