"Modulation of the plant immune system by aphid salivary effector proteins"
24/10/2025
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Symmetry establishment during gynoecium development: the geometry of plant reproduction
15/10/2025
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Root Signals in Context: From Molecular Dialogues to Microbiome Assembly and Function
28/5/2025
Alga Zuccaro "Root Signals in Context: From Molecular Dialogues to Microbiome Assembly and Function" 28/5/2025 h. 9.30 Aula Pasquini, Ed. Zoologia (CU008)
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The dual use research dilemma: biotechnology and bioterrorism
21/05/2025
Mercoledì 21/05/2025 Auletta Seminari (piano interrato) Ed. Fisiologia Generale CU022
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Harnessing the Power of Plants and Green Infrastructures for Urban Renewal and Climate Action
14/5/2025
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The multifaceted role of the AcrAB efflux pump in the entomopathogenic bacterium Photorhabdus laumondii: from antibiotic resistance to beyond
28/04/2025
Ziad Abi Khattar "The multifaceted role of the AcrAB efflux pump in the entomopathogenic bacterium Photorhabdus laumondii: from antibiotic resistance to beyond" Lunedì 28 Aprile, ore 12.30 Aula "Franco Tatò" (Via dei Sardi 70, II piano)
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Plant Breeding at Enza Zaden: Focus on the Role of the Cell Biology Department
23/04/2025
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Sindrome di Rett: dalle basi biologiche alle prospettive terapeutiche
14/04/2025
Nicoletta Landsberger “Sindrome di Rett: dalle basi biologiche alle prospettive terapeutiche” 14 Aprile, ore 12.30 Aula "Franco Tatò" (Via dei Sardi 70, II piano).
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IMMUNE AND METABOLIC CONTROL OF SENSORYMOTOR FUNCTION AND REPAIR
11/04/2025
Simone di Giovanni "IMMUNE AND METABOLIC CONTROL OF SENSORYMOTOR FUNCTION AND REPAIR" 11/04/2025 11:00 am Aula La Ginestra (edificio S. Cannizzaro, CU014)
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Predicted or Not, Here They Come: Shedding Light on Domains and Their Grammar
02/04/2025
Predicting biological function from sequence and large-scale experimental data is crucial for understanding regulatory mechanisms in complex systems. However, functional annotation remains a major challenge, particularly in non-model organisms. To address this, we leverage machine learning and large-scale datasets to predict key regulatory features in biological systems. By identifying sequence-based determinants of function, we enable de novo discovery of signaling interactions and gene regulatory elements across species. These predictive models provide scalable frameworks for decoding biological complexity, offering new insights into cellular regulation. Ultimately, our approach contributes to the broader goals of systems biology and the development of data-driven strategies for understanding biological function.
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