Mantasha Mirza, Abdul Rahman Khan, Iqbal Azad2026-07-212026978-93-6884-737-3http://136.232.12.194:4000/handle/123456789/1986Title: Trends In Medicinal and Environmental Science: An Introduction Editors: Dr. Iqbal Azad, Dr. Jamal Akhtar Ansari, Prof. Malik Nasibullah, Prof. Abdul Rahman KhanThe date palm (Phoenix dactylifera L.) is a historic fruit plant integral to Middle Eastern cultures, including those of Saudi Arabia. People typically consume the fruit of the date palm but often discard the nutrient-rich seeds. This study explores the potential of date seeds for developing high-nutrient food products. Chemical analysis determined the nutritional content of date seed flour, which was then used to evaluate various food products. The objectives were: i. To develop a method for producing date seed flour and determine its nutritional profile. ii. To assess various food items produced using date seed flour and scrutinize their nutritional composition. The study also explored the preparation of date seed-based dips and a caffeine- free coffee alternative. The production of date seed powder involved washing, sun-drying, roasting, and storing the seeds. The nutritional analysis showed 3.4% moisture, 10.03% protein, 78.97% carbohydrates, 6% fat, and 1.6% ash. Two dip variations were created: one with honey and date seed powder, and another with tamarind and date seed powder, showcasing the nutritional potential of date seeds. This study emphasizes the value of date seed powder in developing novel food products and highlights its potential as a sustainable, nutritious caffeine-free coffee alternative.en-USNATURAL SCIENCES::ChemistryBook chapter