Your next collaborator could be standing at the poster you're reading. Connect with cereal and grain professionals at the #2026CQTConference, November 11–12 in Bloomington, MN. Advance rates are extended through September 30—save your spot: https://t.co/OoScnRUPCW
Could perennial grains be part of the climate resilience toolkit? Farmers and researchers are exploring their potential, despite challenges with yields, harvesting, and market demand. Read More: https://t.co/Jsr7eKOSPm
Jianduo Zhang et al. established a multi-index classification system for oat grain hardness based on phenotypic, molecular, and physicochemical indicators. Read the Cereal Chemistry article to learn more: https://t.co/SPj7BbvkZH
Prabath Senanayaka Mudiyanselage et al. present a comprehensive study of early harvest effects on grain, milling, flour quality, and baking performance on a wide range of winter wheat varieties. Read the Cereal Chemistry article to learn more: https://t.co/hKhA8g5QnG
One well-timed conversation can open a new perspective or collaboration. Connect with grain-based foods professionals at the #2026CQTConference, Nov. 11–12 in Bloomington, MN. #AdvanceRegistration now ends Sept. 30—save today: https://t.co/OoScnRUPCW
#CerealsGrains
A new study shows paddy rice stored at 25°C loses quality faster and experiences greater fungal shifts than rice stored at 15°C. Cooler storage may help preserve grain quality over time. 🌾 Read more: https://t.co/LEznuuw2Ur
Shujuan Li et al. identified key indicators for the excellent cooking and eating quality of Guangdong Simiao rice and establish an objective selection strategy for high-quality breeding. Read the Cereal Chemistry article to learn more: https://t.co/9td2tRFWgC
Build a stronger foundation in #cerealscience with our Foundations on-demand course. Learn the science behind grains and discover how their unique properties impact food production, quality, and product development—all at your own pace! Enroll today: https://t.co/VFXYl3OAHN
Ugo Berthelot and Alain Doyen found that residual lipids affect structural and functional properties of oat and mung bean protein isolates. Read the Cereal Chemistry article to learn more: https://t.co/oWjJzimqzB
Make your voice count. Join a Collaboration Forum and learn about Technical Committees at the #2026CQTconference. Help shape what's next for cereal and grain science. Register by September 16 to save: https://t.co/OoScnRUPCW
#advanceregistration#cerealsgrains
What if crops could make better use of nitrogen naturally? 🌽 New research explores hydrogel beads inspired by ancient maize and soybean root nodules to support future corn production.
Read More: https://t.co/sp4FDdqX32
Derya Ozalp Unal et al. investigated the impact of white garlic and black garlic enrichment on the technological properties, composition, antioxidants, and sensory characteristics of refined white bread and whole wheat bread. Learn more: https://t.co/OQRq6Gr05T
Jagbir Kaur, Gurpreet Kaur Dhillon, and Monika Mahajan explored the effects of roasting, soaking, and microwave pretreatments on the bioactive components and anti-nutritional factors of six minor millets. Learn more: https://t.co/QpbWKeIbDM
Learn how grain structure and composition influence processing, functionality, and end-use quality in our Foundations of Cereal Science course. This on-demand course provides the fundamental knowledge to help you make more informed decisions.
Enroll now: https://t.co/VFXYl3OAHN
Rice growers face a tough harvest season. With the smallest Southern crop since 1972 and a compressed planting window, much of the crop matures at once, making harvest timing critical to preserving quality. Read more: https://t.co/CF6gOU1ac8
Kurnia Ramadhan et al. examined the effects of rice bran particle size and transglutaminase-induced protein crosslinking on the physicochemical and sensory properties of instant noodles. Read the Cereal Chemistry article to learn more: https://t.co/fvFWWwOOsa