Axum Bacterial Culture
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PDA entry
- A live culture of Protean microbes (Monobiota), single-celled scyllidae algae, and large sea viruses of the clade Titanoviridae growing on a metal filigree. These organisms constantly exchange fragments of genetic code through the transfer of Proteavirus and smaller viral phages.
- The microbes in the culture have been selectively bred in cooperation for hundreds of thousands of generations. Specific environments trigger biochemical cascades, transforming the culture into a component in a larger system. When placed in an Axum metal farm, for instance, the culture grows conductive filaments to draw dissolved metal from the seawater.
- The cross-scale interactions within the culture are beyond the analytical comprehension of a PDA, even deploying the latest quantum DFT techniques. But several deductions are possible: - A multipurpose starter for Axum biotechnology - Cannot be fabricated, even by a biobed (at least without extensive retraining on Protean biology) - Will not grow beyond a critical size - Internal complexity will collapse if divided
- The culture was likely bred to grow only when exposed to specific, secret chemical signals - perhaps an attempt to retain control of valuable biocapital.
- Assessment: precious, non-renewable component in Axum-derived technology.
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