Path Catalog
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Path Catalog
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共 7800 条 Path · 第 156 / 780 页
This advanced graduate-level path equips learners with the principles and methods to design synthetic genetic circuits in plants, covering foundational molecular biology, plant transformation, circuit design, and applications in biosensors, metabolic engineering, and gene drives. It emphasizes the unique challenges of plant systems and integrates cross-disciplinary knowledge from synthetic biology and molecular biology.
This path equips plant breeders with the knowledge to integrate high-throughput phenotyping (HTP) into their breeding programs. It covers the fundamentals of plant breeding and quantitative genetics, the technologies and data handling behind HTP, and the application of HTP data to trait mapping and selection. The path emphasizes practical integration, data quality, and the use of selection indices.
This learning path equips energy professionals with the knowledge to evaluate plants as biofuel sources. It covers plant biomass production, lignocellulose structure, algae as a feedstock, and key conversion technologies, grounded in basic biochemistry. Learners will develop a systematic framework for assessing the potential of various plant-based feedstocks for biofuel production.
This learning path guides pharmacy students through the essential botanical and pharmacological knowledge of medicinal plants. It covers plant anatomy and taxonomy, biosynthesis of active compounds, cultivation and harvesting, extraction techniques, and quality control, providing a solid foundation for careers in pharmacognosy and herbal medicine.
This learning path equips horticulture enthusiasts with the foundational plant biology needed to produce and market ornamental plants. It covers plant structure, growth, propagation, flowering control, greenhouse production, and cut flower handling, culminating in a practical capstone project.
This learning path equips food science students with the knowledge to manage physiological changes in harvested plant products. It covers foundational plant physiology, key processes of senescence and ethylene action, and practical storage and quality preservation strategies.
This learning path provides seed technologists with a comprehensive understanding of seed development, dormancy, and germination, emphasizing the physiological and biochemical processes that underpin seed quality, storage, and vigor testing. It bridges plant physiology with practical applications in seed technology, enabling learners to apply this knowledge in seed testing and quality assessment.
This graduate-level learning path equips ecologists and entomologists with a systematic understanding of plant-insect dynamics. It covers the fundamental ecology of plant-insect interactions, the evolution of plant defenses and insect counter-adaptations, the ecology and evolution of pollination, and the coevolutionary processes that shape these relationships. The path integrates ecological and evolutionary perspectives, emphasizing experimental approaches and current debates.
This learning path equips agronomists with a comprehensive understanding of weed biology and integrated weed management (IWM). Starting from basic plant biology, it progresses through weed ecology, herbicide resistance, and cultural and biological control methods, culminating in the design of integrated management strategies.
This learning path equips agricultural professionals with the knowledge to identify major plant diseases and their causal agents. It covers foundational microbiology, the main pathogen groups (fungi, bacteria, viruses), disease cycles, and control methods, providing a structured approach to disease diagnosis and management.