In a remarkable breakthrough for internal waste management, a new study suggests that ingesting daily capsules of deceased microbes is highly effective at sweeping synthetic polymers out of the bloodstream.
The findings, which detail a novel bioremediation mechanism within the digestive tract, outline a process by which the uniquely abrasive cellular walls of dead bacteria bind to wandering microplastics. According to the paper published in Nature, these inert microbial corpses act as microscopic Swiffers, dragging accumulated flecks of yoga mats, fleece jackets, and single-use water bottles safely out of the body before they can be absorbed into cellular structures. It is a stunningly elegant solution to the consequences of late-stage industrial manufacturing.
The research team observed statistically significant reductions in polystyrene levels among subjects who supplemented their diets with the lifeless biomass.
We were completely dazzled to watch the deceased organic matter latch onto the synthetic debris, essentially functioning as a biological street sweeper for the Tupperware we have all been passively metabolizing since 1993.
However, independent researchers say the model requires further replication before the supplement can be deployed globally. Dr. Miriam Hess, a microbiologist not affiliated with the MIT lab, noted that while the initial sample is promising, longitudinal studies are needed to confirm whether the human body can sustain a daily influx of dead bacteria without simply constructing a secondary, biological landfill in the lower intestine. Hess emphasized that the precise mechanism by which the plastic-coated corpses eventually enter the municipal water supply remains under peer review.
Still, one cannot help but marvel at the resilience of mammalian biology. Faced with an environment saturated by indestructible petrochemicals, the human organism has simply adapted, learning to partner with millions of dead microorganisms just to keep its blood free of Lego fragments.