YOU WON'T BELIEVE WHAT THIS MUTATED CYCLOSPORA PARASITE IS EATING—AND IT'S NOT ORGANIC!

SUBJECT: INCIDENT REPORT // ANOMALY ISOLATION,LOCATION: Sector 4 Sub-Zero Impact Crater,,Mobile Bio-Containment Lab 03,CLASSIFICATION: Provisional Biological Finding,Initial Extraction and Identification,The core extraction team hauled the carbonaceous,meteorite fragment from the lower,glacial shelf under heavy containment protocols.,Initial processing was intended to screen for standard,terrestrial pathogens or dormant,spores preserved in the ice matrix.,Instead, our parasitology screening yielded an immediate structural anomaly.,Under the scanning electron microscope,,the isolated oocysts presented the textbook morphology of Cyclospora.,The double-walled,,sporulated spheres matched every archival parameter for the waterborne,parasite down to the micron.,Given the remote impact site,,the working hypothesis assumed an aggressive,,hyper-resilient terrestrial variant,introduced via equipment contamination or permafrost thaw.,The Metabolic Discrepancy,The illusion of a known pathogen shattered during the,standard nutrient-uptake phase.,Organic growth media elicited zero response.,When introduced to standard glucose and amino acid broths,,the colonies remained dormant.,However, automated telemetry tracking,the immediate vicinity of the sample slide logged an aggressive,,localized drop in iron and nickel density.,The organisms were not feeding on organic matter.,They were stripping metallic ions,directly out of the meteorite's dense mineral matrix,,converting heavy elements into cellular energy,through a mechanism that completely bypassed carbon-based metabolism.,The oocysts were using a familiar biological disguise to mask a wholly incompatible,,non-terrestrial architecture.. The image is a high-resolution scanning electron micrograph (SEM) of the anomalous Cyclospora samples. It captures the precise moment of discovery described in this report. The micrograph shows the distinctive spherical oocysts clustered upon the rugged, porous surface of the iron-nickel meteorite matrix. The overlaying diagnostic panel provides immediate, visual confirmation of the findings: the metabolic activity graph spikes with a quantifiable rate of Fe/Ni uptake, while the organic nutrient response remains flat and inert. The image serves as the definitive scientific record of this non-terrestrial lithophagy, confirming the parasite's metallic diet and classifying it as an extraterrestrial anomaly.