Chiara Enrico Bena
Publications
Publications
Real-time monitoring of replication errors’ fate in single Escherichia coli cells reveals the origin and dynamics of spontaneous mutations.Understanding cellular trajectories through single-cell approaches, Sep 2024, London, United Kingdom |
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Real-time study of spontaneous mutation dynamics and replication error repair in single bacterial cellsAQV Days 2023, May 2023, Saint Pierre d'Oléron, France |
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Inoculum-density dependent growth reveals long-term memory in cancer cell culturesQuantitative Methods in Gene Regulation V, Institute of Physics, Dec 2019, London, United Kingdom |
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Inoculum-density dependent growth reveals inherent cooperative effects and stochasticity in cancer cell cultures.Inoculum-density dependent growth reveals inherent cooperative effects and stochasticity in cancer cell cultures., Feb 2019, La Habana, Cuba |
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Quantitative physiology of cancer cells: from proteome partitioning to population responses.1st dBio mini-Workshop, Feb 2017, Milano, Italy |
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Quantitative physiology of cancer cells: from proteome partitioning to population responses.Summer School on Theoretical Biophysics, Jul 2017, Cargèse, France |
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Quantitative physiology of cancer cells: from proteome partitioning to population responses.Quantitative Laws II - From physiology to ecology, from interaction structures to collective behavior, Jun 2016, Como, Italy |
Simultaneous Plate-Reader Characterization of Promoter Activity and Cell Growth in Engineered Mammalian CellsSynthetic Promoters, 2844, Springer US, pp.85-96, 2024, Methods in Molecular Biology, ⟨10.1007/978-1-0716-4063-0_5⟩ |
Real-time monitoring of replication errors’ fate in single Escherichia coli cells reveals the origin and dynamics of spontaneous mutationsPhysics and Biological Systems 2024, Jun 2024, Palaiseau (Ecole Polytechnique), France |
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High-throughput quantitative method to monitor cellular traffickingHFSP International Symposium in Frontier Science at the Interface of Physics and Biology, May 2024, Strasboirg, France |
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Inoculum-density dependent growth reveals inherent cooperative effects and stochasticity in cancer cell culturesStatistical Physics Approaches to Systems Biology - International School and Workshop, Feb 2019, La Habana, Cuba |
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Inoculum-density dependent growth reveals inherent cooperative effects and stochasticity in cancer cell cultures.In situ Methods in Cell Biology and Cellular Biophysics - EMBO Workshop, Jul 2018, Berlin, Germany |
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Inoculum-density dependent growth reveals inherent cooperative effects and stochasticity in cancer cell cultures.Regulation and Inference in Biological Networks, Jan 2018, Bardonecchia, Italy |
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Quantitative physiology of cancer cells: from proteome partitioning to population responses.2nd Course on Multiscale Integration in Biological Systems,, Nov 2016, Paris, France |
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Quantitative physiology of mammalian cells: A phenomenological approach inspired by microbiology.Dynamics and information processing: from cell to tissues, Mar 2016, Les Houches, France |
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OmniReprodubileCellAnalysis: a comprehensive toolbox for the analysis of cellular biology data2023 |
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Mammalian cell characterisation by non-invasive plate reader assay2023 |
Stochasticity in biological systems: from modelling to experimental validation in cell growth and post-transcriptional gene regulationPhysics [physics]. Politecnico di Torino. Dipartimento di Scienza Applicata e Tecnologia, 2019. English. ⟨NNT : ⟩ |
Recent progresses in quantum imaging real applicationspp.961502, 2015, ⟨10.1117/12.2186546⟩ |