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01
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Molecular Mechanisms Underlying Senescence Regulation
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02
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Hormonal and Metabolic Control of Senescence
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03
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Stress-Induced Senescence
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04
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Postharvest Physiology and Senescence
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05
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Autophagy, Cell Death, and Senescence
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| No. | Speaker | Presentation Title |
|---|---|---|
| 1 | Allende, Ana | Postharvest Senescence and Microbial Safety of Fresh Produce: Understanding the Interconnections |
| 2 | Bouzayen, Mondher | Model Species and Horticultural Crops: Lessons to Learn from Fleshy Fruit Research |
| 3 | Brusslan, Judy | Bolting-Induced Leaf Senescence Is Dependent on Light Intensity in Arabidopsis |
| 4 | Gabriela, Santos | Aging Belowground: Anatomical Insights into Rhizome Senescence in Clonal Herbs |
| 5 | Gan, Susheng | Recent Advances in Leaf Senescence Research: Molecular Mechanisms, Evolutionary Insights, and Crop Improvement |
| 6 | Guo, Hongwei | Ethylene Signaling and Beyond |
| 7 | Guo, Yongfeng | Peptide Signals in Senescence: Regulation and Application |
| 8 | Huang, Bingru | Regulation of Chlorophyll and Protein Degradation to Suppress Heat-Induced Leaf Senescence in Perennial Grass Plants |
| 9 | Jiang, Kai | Chemical Genetics: A Practical Tool for Basic Plant Research and Agricultural Applications |
| 10 | Jiang, Yunhe | Falling Beauty: How Phosphorylation Switches on a ROS Burst to Execute Petal Abscission in Rose |
| 11 | Li, Bosheng | From Position to Function: Decoding Mesoscale Spatial Architecture in Crops |
| 12 | Li, Jingrui | Source–Sink Allocation of Photoassimilates Regulates Leaf Senescence Under Heat Stress |
| 13 | Li, Xin | Single-Cell and Spatial RNA-seq Reveal the Spatiotemporal Trajectories of Fruit Senescence |
| 14 | Li, Zhonghai | The mRNA Decapping Activator PAT1 Negatively Regulates Leaf Senescence by Coordinating Iron Homeostasis in Arabidopsis |
| 15 | Luo, Jing | Salicylic Acid Promotes Lily Flower Senescence |
| 16 | Ma, Nan / Gao, Junping | Flower Opening and Senescence in Rose: Mechanistic Insights and Industrial Utilization |
| 17 | Miao, Ying | The Formation and Function of Plastid Stromules During Plant Leaf Cell Senescence |
| 18 | Monaghan, Jim | Preharvest Factors Influencing Postharvest Quality Deterioration in Crops |
| 19 | Munné-Bosch, Sergi | Biological and Non-Biological Determinants of Extreme Longevity in Ancient Pine Trees |
| 20 | Puranik, Manik | From Postharvest Loss to Food Security: Connecting Fresh Produce Quality with Access and Consumption |
| 21 | Qu, Lianwei | Source–Sink Allocation of Photoassimilates Regulates Leaf Senescence Under Heat Stress |
| 22 | Rogers, Hilary | Postharvest Quality Improvement for Preventing Food Loss and Waste and Ensuring Food Security |
| 23 | Smakowska-Luzan, Elwira | The Role of CRK28 in Controlling Senescence and Autoimmunity-Like Responses |
| 24 | Van de Poel, Bram | Revisiting the Role of Ethylene in Regulating Plant Leaf Senescence |
| 25 | Wagstaff, Carol | Genetic Improvement of Indoor-Farmed Lettuce for Light Use and Consumer Quality |
| 26 | Wang, Qing | Molecular Mechanisms and Innovative Technologies for Regulating Postharvest Senescence in Broccoli |
| 27 | Woo, Hye Ryun | Deciphering Leaf Senescence: Perspectives from DNA Repair Mechanisms and Transcriptional Networks |
| 28 | Xu, Guangyuan | Regulatory Mechanisms and Functional Exploitation of the Immune Coreceptor SOBIR1 |
| 29 | Xu, Tao | Vascular Signals Regulate Cytokinin Depletion to Establish Abscission Competence |
| 30 | Zeng, Yonglun | Organelle Function in Plant Diversification and Speciation |
| 31 | Zhang, Bo | Epitranscriptomic Regulation of Fruit Quality During Ripening and Cold Storage |
| 32 | Zhang, Jinsong / Yin, Cuicui | AGPL, a Suppressor Gene of the Ethylene-Insensitive Mutant mhz3-1, Regulates Root Growth and Tillering in Rice |
| 33 | Zhang, Kewei | Source–Sink Allocation of Photoassimilates Regulates Leaf Senescence Under Heat Stress |
| 34 | Zheng, Yanyan | FVRS: A Cross-Species Multi-Omics Database for Fruit and Vegetable Ripening and Senescence |
| 35 | Zhu, Hongliang | From Green to Red: How Key ACC Synthases Drive Tomato Fruit Ripening |
| 36 | Zhu, Liqin | Nitric Oxide Inhibits Senescence and Postharvest Diseases in Fruits |