Abstract
Title: The SP-26 Protocol: A Pathogen-Agnostic Standard for Intracellular Mechanical Neutralization
Author: Jon Sterling Gossett This disclosure establishes the SP-26 Protocol, an industrial-inspired engineering standard for the mechanical termination of both viral and bacterial pathogens. By shifting the neutralization mechanism from biochemical interference to solid-state biomineralization, the protocol creates a mutation-proof hardware-lock against replication. All information in this disclosure is a theoretical engineering standard and requires empirical verification. The protocol utilizes engineered hematopoietic units to divert standard phagocytosis and viral entry into a peripheral Synthetic Virus-Containing Compartment (S-VCC). Once sequestered, the unit initiates a mass-triggered petrification event that encases the pathogen in a 200nm amorphous silica microsphere. This document serves as Prior Art to ensure these specific mechanical and biological processes remain in the public domain for global health verification.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Gossett, Jon S., "The SP-26 Protocol: A Pathogen-Agnostic Standard for Intracellular Mechanical Neutralization", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/9427