Mycotoxin testing in grains is a critical food safety practice designed to detect toxic compounds produced by certain molds that can grow on corn and other cereal grains. These naturally occurring toxins can pose serious health risks to humans and animals and can also create major regulatory, financial, and reputational risks for grain buyers, processors,

Corn is a foundational ingredient across the global food system, appearing in everything from tortillas and cereals to snack foods and specialty ingredients. Because corn is grown in open field conditions and often stored for extended periods, it is also vulnerable to contamination by aflatoxins. For food manufacturers, millers, and ingredient buyers, understanding aflatoxin limits

Understanding the identity preserved grains meaning is essential for food manufacturers, ingredient buyers, and processors who need consistent quality, traceability, and verifiable attributes in their grain supply. As consumer demand increases for transparency, non-GMO ingredients, and specific functional traits, identity preserved grains have become a critical part of modern food supply chains. Unlike conventional commodity

In today’s food supply chain, transparency is no longer optional. From regulators and auditors to food manufacturers and end consumers, everyone expects clear documentation of where ingredients come from and how they were handled. This is where grain traceability systems play a critical role. A well-designed traceability program allows grain to be tracked from the

Protecting bulk grain after harvest requires a careful balance between safety, preservation, and long-term quality. Effective pest control in stored grains is essential not only for minimizing financial losses but also for ensuring that the product remains safe for food-grade use. Whether you operate a grain storage facility, manage a food manufacturing pipeline, or handle