Medical Report

Subject: [Redacted]

Rank: Corporal

Date of Report: 11.04.3005

Attending Physician: Dr. Leanne Nguyen

Executive Summary

This report pertains to the cellular analysis of Corporal [Redacted], following exposure to the Prototype Bio-Computational Interface System (BI/O). Subject volunteered during a catastrophic power failure aboard UEN Graceful, wherein BCIS-X4 was installed subdermally in the left thigh to convert bioelectrical cellular activity into computational energy for the ship’s failing life support systems.

Post-reentry and emergency triage, subject was treated for dermal burns across 27% of body mass. However, subsequent monitoring revealed anomalous mutative behaviours in cellular structures.

Biopsy Findings

Tissue Sample Source:

• Hepatic Section
• Left Femoral Muscular Tissue

Observations:

1. Liver Sample:
   • Evidence of ossification within cells. Calcified nodules interspersed among otherwise healthy parenchyma. Presence of osteoblast-like cells with no genetic precedent in the subject’s genome.
   • Magnetic resonance showed early-stage marrow formation within hepatic cavities.
   • The liver is, functionally, attempting to become a skeletal organ.
2. Femoral Biocomputational Site:
   • Residual nano-conductive filaments remain interwoven with muscle fiber. Attempts at removal resulted in systemic disorientation and minor cardiac arrhythmia.
   • Muscle tissue exhibits increased mitochondrial density and irregular ATP cycling—likely an adaptation to energy harvesting demands.
   • Myocytes have begun aligning in regular circuit-like lattices, resembling quantum transistor architecture under micrography.
3. Peripheral Observations:
   • Skin grafts in contact with original burn sites exhibit chromogenic shifts under magnetic fields.
   • Trace elements of semi-conductive bioresin detected in sweat glands around the surgical site.

Conclusion

Subject’s biology is undergoing technomorphic adaptation. His body is not rejecting the BI/O system—it is integrating it. However, this integration is not limited to the initial installation site. It is propagating. Organ systems are reinterpreting their structure and function based on computational signals.