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Phone:
+33 612860433
Email:
arazetti@unice.fr || arazetti@gmail.com
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Citizenships:
Argentine
Italian
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Date of Birth:
May 21th, 1990
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Agustina Razetti
PhD candidate, Inria, France
Medical Physics Engineer
Inria - I3S - Université Côte d'Azur, France
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Subject: Modelling and characterizing axon growth from in vivo data
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Topics: Applied Mathemtics - Stochastic Modelling - Collective phenomena - Molecular biology - Development - Morphogenesis - Axon growth - Axon branching
2015-2018
PhD candidate
2011-2013
Medical Physics Engineer
2008-2010
Bachelor in Engineering
Universidad Favaloro, Buenos Aires, Argentina
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8,86/10 - Honors
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Topics: Signal Analysis - Image Analysis - Nuclear Physics - Quantitative Physiology - Radiotherapy - Radiobiology - Radiation protection - Nuclear Medicine - Cellular and Molecular Biology - Biochemistry - Pathology - Biomedical devices
Universidad Favaloro, Buenos Aires, Argentina
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8,75/10 - Honors
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Topics: Mathematics - Probability - Physics - Progamming (several languages) - Analogue and Digital Electronics
Courses
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Summer school at Peyresq - Gretsi - Probabilistic models and inference in signal and image. (2016)
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Course on Quantum Mechanics and Quantum Computation, BerkeleyX. (2013)
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Introduction to neuroscience and learning: neuronal network theory and application to intelligent machines, Universidad de Buenos Aires. (2013)
EXPERIENCE
Journal
Book Chapter
RAZETTI, A., et al. Design, construction and application of a neutron shield for the treatment of diffuse lung metastases in rats using BNCT. Applied Radiation and Isotopes, 2014, vol. 88, p. 50-54.
RAZETTI, Agustina, et al. A Stochastic Framework for Neuronal Morphological Comparison: Application to the Study of imp Knockdown Effects in Drosophila Gamma Neurons. En International Joint Conference on Biomedical Engineering Systems and Technologies. Springer, Cham, 2016. p. 145-166.
RAZETTI, Agustina, et al. Statistical Characterization, Modelling and Classification of Morphological Changes in imp Mutant Drosophila Gamma Neurons. En BIOSTEC 2016-The 9h International Joint Conference on Biomedical Engineering Systems and Technologies. 2016.
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Conference Papers
Conferences with abstract
RAZETTI, Agustina, et al. Modeling collective axon growth from in vivo data reveals the importance of physical axon-axon interactions. En Cell biology of the neuron: Polarity, plasticity and regeneration. 2017.
RAZETTI, Agustina, et al. Modeling collective axon growth from in vivo data reveals the importance of physical axon-axon interactions. Rencontre C@UCA 2017. UCA-CNRS. 2017..​
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RAZETTI, A., et al. Design, construction and application of a neutron shield for the treatment of diffuse lung metastases in rats using BNCT. 15th International Congress on Neutron Capture Therapy, Tsukuba, Japan., 2014.
PUBLICATIONS
Medical Physics Engineer, I am currently finishing my PhD in applied Mathematics to Biological sciences (defense date: April 13th 2018).
Thanks to my interdisciplinary degree and experience, I have solid knowledge in exact and engineering sciences, as well as in biology and health.
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Strong communication skills for different audiences, oral written and graphic, boosted by the attendance to several conferences and seminars, as well as 8 years of teaching experience at the university in Argentina and in France.
My current research is in mathematical modelling and computational simulation of biological mechanisms. I am particularly interested in processes involving collective phenomena and complex systems.
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I can work in interdisciplinary teams, and understand the language and needs across disciplines to help groups of people from differemt domains to collaborate fluently.
Amateur in oil painting and acting, creativity constitutes an essential part of my life. I enjoy approaching scientific problems in original ways.
ABOUT
CURRICULUM VITAE
2015-Current
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Doctoral thesis - Inria - I3S - Université Côte d'Azur, France
Subject: Modelling and characterizing axon growth from in vivo data
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Topics: Applied Mathemtics - Stochastic Modelling - Collective Phenomena - Molecular biology - Development - Morphogenesis - Axon growth - Axon branching - Confocal microscopy
2015-2017
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Teaching assistant - Université Nice Sophia Antipolis
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Mathematical tools for image analysis: Convolution - Fourier transform - Segmentation - Mathematical morphology
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Introduction to Signal Measurement: Real sound analysis and denoising using Matlab
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Principles of radio transmissions: Modulation/Demodulation using the Emona Telecoms-Trainer 101
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Introduction to Matlab: Basics on Matlab programming
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Research Internship - Institute Biologie de Valrose - Nice, France
Subject: In vivo imaging of Drosophila developing brain
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Topics: In vivo imaging - Drosophila - Developmental neuobiology - Microscopy - Sample preparation
Dec. 2014
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Research Internship - Inria/Ipmc - Sophia Antipolis, France
Subject: Computational modelling of neuronal alterations relevant to Alzheimer’s disease
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Topics: Gillespie algorithm - Piecewise Deterministic Markov Process - Python - C++ - Synapse modelling
Nov. 2014
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2011- 2014
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Teaching assistant - Universidad Favaloro, Buenos Aires, Argentina
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Calculus I: Single variable Calculus
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Calculus II: Multivariable Calculus
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Programming Laboratory I: Object oriented programming in C++
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Programming Laboratory II: Abstract data types
Apr.-Dec. 2013
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Scientific multidisciplinary project design - FLENI - Buenos Aires, Argentina
Subject: Interaction between aesthetic and moral judgement under the influence of emotions: cognitive and physiological correlate in healthy people and patients with schizophrenia
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Topics: fMRI - Biosensors - Image analysis - Signal analysis - Cognitive neurology - Schizophrenia
2011- 2013
Research Engineer in the BNCT project - CNEA, Buenos Aires, Argentina
Realization of my Engineering degree thesis
Subject: Design, construction and application of a neutron shield for the treatment of diffuse lung cancer in rats using BNCT
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Topics: Lung cancer - Multiple metastatic disease - MCNP - Neutron attenuation - Computational Dosimetry -Neutron shield design - Montecarlo simulation - Radiobiology - Ionizing and non-ionizing radiation