Suddenly, the microbes jumped into action! Recombination happened almost instantly and the sample began self-replicating and mutating before our eyes. Fortunately for us, he had not fully decontaminated himself before working with the sample and managed to contaminate it with some dead skin cells. Clifton's poor hygiene, we might have deemed the attempt a failure. It seemed dormant at first, even when placed in a bath of rich nutrients. In re-creating the DNA instructions gleaned from the Black Marker, we managed to create a recombinant microbial life form. We ran into a disturbing, but fascinating find. A very high mutation and recombination rate was also observerd by the researches working on the Black marker. This new life-form gets active once it comes into contact with dead tissue (like epidermal cells) and seems to use this a nutrient, which indicates that this life-form is a kind of necrophage. These signals, which could also be translated to a genetic code, alter the genome of a cell and results in a microbial-like, self replicant life (it seems also to transform mammalian tissue to this microbial, recombinant life-form). The Marker signals, emitted at different wavelengths seem to have a kind of targeted, mutagenic effect on biomass.
To start of, we have to look at the ways, how necromorph life is created: I guess there are a few aspects that influence the transformation of dead bodies to necromorphs.
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