Strengthening Food Fraud Prevention with Genomics and Advanced Authentication

Food fraud is a supply chain integrity problem that traditional verification methods aren't equipped to solve at scale. When the authenticity of an ingredient can't be confirmed with scientific certainty, the downstream compliance and consumer trust consequences are significant. This case study session with John W. Spink, Assistant Professor at Michigan State University, examines how genomic tools are being applied to food fraud prevention in practice. The session covers how DNA barcoding and advanced authentication technologies verify ingredient authenticity at the source, how those practices align with global regulatory standards, and how authentication can be integrated into ongoing supply chain monitoring as a risk mitigation layer rather than a one-time verification step. For food safety and quality professionals managing ingredient sourcing across complex supply chains, this session makes the case that genomic authentication is no longer a research-stage capability. It's an operational tool with direct applications to fraud prevention, regulatory alignment, and supply chain transparency. Speaker: John W. Spink, Assistant Professor, Michigan State University