{"knowledge_schema": {"broad_category": "Biology \u2192 Genetics \u2192 Plant Breeding and Resistance", "refinement": "This problem involves understanding genetic traits related to drought resistance in plants, specifically focusing on the inheritance patterns of a trait influenced by a specific gene variant.", "specific_scope": "The context is a study on a drought-resistant rye plant, examining the genetic basis of its resistance and predicting the percentage of offspring that will inherit this trait based on self-pollination rates.", "goal": "Calculate the expected percentage of drought-resistant offspring resulting from self-pollination of the drought-resistant plant."}, "summary": "This problem is rooted in genetics and plant breeding, focusing on the inheritance of drought resistance in rye. It involves analyzing the genetic variations of the E3ub gene and predicting the percentage of offspring that will exhibit drought resistance based on a self-pollination rate of 5. The goal is to determine the expected percentage of drought-resistant offspring, which is calculated to be 51.25%. This highlights the importance of understanding genetic traits and their inheritance in plant breeding."}