Stemmeanatomi
Stemmeanatomi is a theoretical parameter used in discussions of nanoscale engineering and synthetic biology to describe the average stem-like potential of atomic-scale building blocks within a material or assembly. The term blends the concept of stemness—growth, self-renewal, and the potential to differentiate—with atomic-scale constituents, signaling an attempt to relate cellular potential to nanoscale design.
Definition and framework: Stemmeanatomi (SMA) is defined as the mean of local stemness scores s_i assigned to
Measurement and methods: Estimation relies on computational models, spectroscopy, and high-resolution imaging to infer the proxies.
Applications and significance: Potential applications include the design of self-healing materials, programmable matter, regenerative scaffolds at
Limitations: The concept is largely theoretical or speculative, lacking standardized measurement or universal consensus. Definitions and
See also: stem cell, nanotechnology, regenerative medicine, programmable matter.