Structure (A) Compositions for Plant and Seed Senescence Control
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Solution Overview
Problem
Senescence in plants and seeds leads to commercial and practical issues such as chlorosis, necrosis, and reduced viability, affecting crop growth and productivity, particularly in food crops.
Innovation Solution
Application of a composition comprising compounds represented by structure (A) in combination with biostimulants or fertilizers to plants and seeds, which control or reduce senescence and support natural processes, enhancing nutrient uptake and tolerance to abiotic stress.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If senescence occurs in plants and seeds, then natural aging process is completed, but chlorosis, necrosis, and reduced viability occur leading to commercial losses
Solution Approach 1:
The patent applies compounds of structure (A) to plants and seeds before senescence fully develops, preventing chlorosis and necrosis from occurring in the first place. This preliminary intervention maintains leaf greenness and seed viability throughout the storage period, transforming the natural senescence process into a controlled and beneficial phenomenon rather than allowing harmful aging to proceed unchecked.
Solution Approach 2:
The patent converts the harmful effects of senescence (chlorosis, necrosis, viability loss) into beneficial outcomes by using compounds of structure (A) to extend the functional life of leaves and seeds. These compounds prevent the degradation processes that would normally occur, turning what would be a natural death process into a prolonged state of health and productivity.
2Productivity
If senescence is reduced in leaves, then commercial value and health appearance improve, but the natural aging process is interfered with
Solution Approach 1:
The patent changes the biochemical parameters of the senescence process by introducing compounds of structure (A) that alter the metabolic pathways involved in aging. These compounds modify the chemical environment within plant cells, preventing the degradation reactions that cause chlorosis and necrosis, thereby extending the functional life of leaves and seeds without completely stopping biological processes.
3Reliability
If compounds of structure (A) are applied to control senescence, then plant health and seed viability improve, but additional chemical substances are introduced to the plant system
Solution Approach 1:
The patent applies compounds of structure (A) specifically to the parts of the plant that are most affected by senescence - namely leaves and seeds - rather than treating the entire plant system. This localized application targets the specific biochemical issues occurring in aging tissues without unnecessarily complicating other parts of the plant physiology.
Data Source
AI summary
A method of controlling or reducing senescence; and for supporting one or more natural plant or seed processes, or for supporting plant or seed nutrition, or a combination thereof; in a plant or seed is disclosed. The method involves applying to at least a portion of the plant or seed a composition having one or more compounds represented by structure (A); and one or more biostimulants, or one or more fertilizers, or a combination thereof; described herein. Compositions useful for controlling or reducing senescence; and for supporting one or more natural plant or seed processes, or for supporting plant or seed nutrition, or a combination thereof; in a plant or seed are also disclosed. The compositions have one or more compounds represented by structure (A); and one or more biostimulants, or one or more fertilizers, or a combination thereof; described herein. A method of inducing tolerance in a plant or seed to senescence; and supporting one or more natural plant or seed processes, or supporting plant or seed nutrition, or a combination thereof; is disclosed. The method involves applying to at least a portion of the plant or seed a composition comprising one or more compounds represented by structure (A); and one or more biostimulants, or one or more fertilizers, or a combination thereof; described herein. Compositions useful for inducing tolerance in a plant or seed to senescence; and for supporting one or more natural plant or seed processes, or for supporting plant or seed nutrition, or a combination thereof; are also disclosed. The compositions have one or more compounds represented by structure (A); and one or more biostimulants, or one or more fertilizers, or a combination thereof; described herein.