UNSPSC 50595301: Dried Non GMO bambarra groundnut peanuts

The variety of Non GMO peanuts known as Non GMO bambarra groundnut peanuts that have been dried for preservation. This means that they are produced without the use of methods that genetically modify organisms by means that are not possible under natural conditions. Such methods include cell fusion, microencapsulation and macro-encapsulation, and recombinant DNA technology (including gene deletion, gene doubling, introducing a foreign gene, and changing the positions of genes when achieved by recombinant DNA technology).

Traditional methods of breeding, conjugation, fermentation, hybridization, in vitro fertilization, or tissue culture are considered to be non-GMO.

UNSPSC 50595301 Dried Non GMO Bambarra Groundnut Peanuts, a Commodity code, shows no relevant recent state and local procurement activity. The code nominally covers a specialized agricultural product—dried non-GMO bambarra groundnuts (also called Bambara beans)—yet the most recent opportunities tagged under this code involve broad-spectrum grocery, fresh produce, and food service procurement with no mention of this specific legume.

The source contains fifteen recent opportunities spanning school nutrition programs, senior meal services, and institutional food supply contracts issued by school districts, county boards of education, state health agencies, and municipal purchasing offices in Connecticut, Florida, Georgia, Mississippi, Texas, and Virginia between January and June 2026. These solicitations name beef, poultry, dairy, fresh fruits and vegetables, canned and frozen products, grains, condiments, and prepared meals—but do not reference bambarra groundnuts, dried legumes, or specialty non-GMO pulse crops as line items or scope elements. The mismatch between the code's nominal commodity and actual procurement needs suggests either a classification error in tagging these opportunities or that dried non-GMO bambarra groundnuts are not currently sourced through state and local food service channels at a scale that generates standalone solicitations.