Aims of the Journal

The Journal of Grain and Food Technology aims to advance scientific research and technological innovation in the fields of grain science and food technology. The journal provides an international platform for publishing high-quality, evidence-based studies that enhance understanding of grain processing, food production, and value addition. It encourages interdisciplinary research that integrates agriculture, food engineering, biotechnology, and nutrition to improve food quality and safety.

The journal also seeks to bridge the gap between raw grain production and industrial food applications by promoting research that supports efficient processing, sustainable practices, and the development of innovative food products. It focuses on translating scientific knowledge into practical solutions for modern food systems and global food security challenges.

• To promote high-quality research in grain science, food technology, and applied food systems.
• To encourage innovation in food processing, preservation, and product development technologies.
• To support interdisciplinary collaboration among agriculture, food science, and biotechnology researchers.
• To enhance food quality, safety, and nutritional value through scientific advancements.
• To address global challenges such as food security, sustainability, and efficient resource utilization.

Scope of the Journal

The Journal of Grain and Food Technology covers a broad range of topics related to grains, food processing, and modern food technologies. The journal welcomes original research, reviews, and applied studies that explore both fundamental and industrial aspects of grain utilization and food production. It emphasizes innovation in processing techniques, product development, and quality evaluation.

The scope includes multidisciplinary research involving food science, agricultural technology, biotechnology, nutrition, and food engineering. The journal also focuses on emerging areas such as functional foods, sustainable processing methods, and advanced food technologies that contribute to efficient and safe food systems.

• Research on grain processing, milling, storage, and post-harvest management technologies.
• Studies on food processing, preservation methods, and food engineering innovations.
• Development of grain-based and value-added food products, including functional and fortified foods.
• Food quality assessment, safety evaluation, and contamination control techniques.
• Application of biotechnology and advanced technologies in food production and processing.
• Nutritional studies related to grains and processed food products.
• Sustainable food processing systems and efficient food supply chain management.