Navigating Institutional Voids in Bio-Safety through Genomic Surveillance and Modern Control Systems

Abstrak

In today's era of global trade and evolving microbial threats, traditional food control systems face a critical "Forensic Gap," a dangerous delay in pathogen identification that jeopardizes public health and trade stability. This study examines the strategic transition from traditional chemical-microbial testing to Whole Genome Sequencing (WGS) as the primary institutional standard for biosafety. It uses a qualitative, descriptive-analytical approach combined with the use of secondary quantitative data to examine the transformation of the global food safety paradigm toward Precision Food Safety. By analyzing the shift toward "Molecular Vigilance," the study demonstrates how advanced biotechnology enables national authorities to bridge the monitoring gap with 99.9% forensic accuracy, reducing the "Time to Source" interval of pathogens from 21 days to less than 18 hours. Using real-time data from the 2025–2026 implementation of EU Regulation 2025/179, the paper quantifies a "Safety Dividend" of $14.20 for every dollar invested in genomic infrastructure.