Edited By
Julia Forester

A recent analysis raises alarm about the necromorphs onboard the Ishimura. As quarantine systems repeatedly activate, concerns grow over the potential for these grotesque creatures to transmit diseases. The implications for crew health and safety could be significant.
Sources indicate that necromorphs automatically trigger Ishimura's quarantine systems. Commenters are discussing three main theories about this phenomenon:
Carrier of Existing Diseases: Some suggest necromorphs could carry pathogens from their original hosts. However, many believe the likelihood is low since entry would have been denied for infected individuals.
Altered DNA: Another theory posits that the marker altered their DNA to evade detection. Critics argue this doesn't fully explain why the alarms activate, as any foreign DNA should trigger a response.
Infectious Unknown: The most supported theory is that necromorphs are hosts for an unknown, infectious agent. "Direct contact leads to infection, as seen in various incidents," one commenter noted.
Commenters on forums have actively weighed in:
"We know from DS3 that the flesh of necromorphs is infectious. Regular humans mutate after ingestion."
There is a mix of sentiments; while some embrace the theory of existing diseases, others firmly believe in the infectious unknown. The conversation highlights the necessity for further investigation into necromorph biology.
Potential Infections: The necromorphs' dead tissue likely harbors bacteria.
Significant Risks: Crew members face unknown health risks upon encountering necromorphs.
Quarantine Sensitivity: Ishimura's systems act swiftly, indicating a serious hazard.
๐ Bottom Line: The quarantine alerts signal a troubling development in our understanding of these creatures. As health concerns mount, the need for caution and further research surrounding necromorphs becomes more pressing.
As concerns mount regarding the necromorphs aboard the Ishimura, it seems likely that quarantine protocols will tighten significantly, with a strong chance of even introducing new preventative measures. Experts estimate that the risks to crew health may prompt an immediate response from management, potentially resulting in round-the-clock monitoring and testing. This proactive approach serves not only to protect personnel but also to bolster confidence in the safety of onboard operations. Additionally, the growing body of feedback from forums suggests a community engaged in understanding these risks, which could encourage further research and analysis of necromorph biology and behavior, essential for implementing effective safety measures.
Looking back, one can find a striking parallel in the story of the Black Death in Europe. In the 14th century, the rapid spread of a deadly disease ignited widespread fear and led to immediate quarantine measures, similar to those seen on the Ishimura. Public reactions were mixed, and disinformation spread quickly, much like the theories circulating today about necromorphs. The takeaway here is that, just as societies adapted and eventually overcame that crisis, the current situation might lead to innovations in containment and health safety protocols that could transform the way we respond to biological threats, whether real or perceived.