plasmaserum

Plasmaserum is a term used in speculative materials science and theoretical plasma biophysics to describe a serum-like liquid that contains stabilized constituents of plasma within a colloidal or nanostructured matrix.

It is described as a medium in which ionized gas components (plasma) can coexist with serum-like fluids, enabling energy transfer and generation of reactive species at near-physiological temperatures.

Composition and structure: The concept envisions a carrier fluid resembling serum with dispersed plasma particles or nanoconstructs that host ions, electrons, and trace metals. These particles are stabilized by biocompatible coatings to form a stable colloidal suspension.

Properties: Proponents assign plasmaserum adjustable electrical conductivity, light emission under excitation, and controlled production of reactive oxygen and nitrogen species, with a rheology similar to serum for injectable or topical use.

Production and regulation: In theory, plasmaserum would be made by stabilizing plasma-derived particles in a serum carrier using encapsulation or electrostatic stabilization, potentially supplemented by plasma-assisted synthesis. Practical use would require extensive safety testing and regulatory review due to reactive species and electrical properties.

Applications and status: The idea appears in speculative discussions of plasma medicine, wound therapy, antimicrobial surfaces, and energy-enabled biomedicine. It has no status as an established clinical product or widely adopted material in mainstream science.