Jean Clairambault: enseignement / teaching
Presentations in workshops and Winter/Summer schools:
Cancer growth and therapy and the use of mathematical models (MSV Paris 2005; Mathematical
Methods and Modelling of Biophysical Phenomena, Angra dos Reis 2006; Journées de l'équipe d'analyse appliquée de l'Université de
Provence, Porquerolles 2007);
Modelling
circadian and pharmacological controls on the cell cycle and tumour growth (2nd Biosim Conference, Mallorca 2006; Journées
de l'équipe d'analyse appliquée de l'Université de Provence, Porquerolles 2007; Mathematical Methods and Modeling of Biophysical Phenomena, Buzios 2007).
Cell proliferation, circadian clocks and molecular pharmacokinetics-pharmacodynamics to optimise cancer treatments [1], Biomath summer school, Dundee 2010.
Cell proliferation, circadian clocks and molecular pharmacokinetics-pharmacodynamics to optimise cancer treatments [2], Biomath summer school, Dundee 2010.
Cell proliferation, circadian clocks and molecular pharmacokinetics-pharmacodynamics to optimise cancer treatments [3], Biomath summer school, Dundee 2010.
Drug resistance in cancer I: An evolutionary perspective on cancer, with applications to drug resistance modelling (12.5 Mo), Non local aspects in mathematical biology, Bedlewo (Poland), January 2016.
Drug resistance in cancer II: Perspectives in therapeutic control (2.5 Mo), Non local aspects in mathematical biology, Bedlewo (Poland), January 2016.
Course on Heterogeneity, drug resistance and evolution in cancer (17.1 Mb), M2 "Stem Cell Biology", UPMC, Paris, September 2016.
From single-cell molecular to cell-populational phenotypically structured models to optimise cancer therapeutics: I. Models of cancer growth and therapy, Winter School on "Mathematical Models of Tumour and Disease", Institute of Natural Sciences, Shanghai Jiaotong University, December 2016.
From single-cell molecular to cell-populational phenotypically structured models to optimise cancer therapeutics: II. Controlling the cell division cycle using
chronotherapeutics of anticancer drugs, Winter School on "Mathematical Models of Tumour and Disease", Institute of Natural Sciences, Shanghai Jiaotong University, December 2016.
From single-cell molecular to cell-populational phenotypically structured models to optimise cancer therapeutics: III. An evolutionary perspective on cancer, with applications to drug resistance modelling, Winter School on "Mathematical Models of Tumour and Disease", Institute of Natural Sciences, Shanghai Jiaotong University, December 2016.
From single-cell molecular to cell-populational phenotypically structured models to optimise cancer therapeutics: IV. Drug resistance in cancer, with perspectives in optimal control, Winter School on "Mathematical Models of Tumour and Disease", Institute of Natural Sciences, Shanghai Jiaotong University, December 2016.
Heterogeneity and plasticity in phenotype-structured models for cancer cell population dynamics, International Summer school "Topology and Dynamical Systems in Action", Gdańsk University of Technology, June 2023.
Chargé d'un cours: "Modélisation de la croissance
cellulaire et tissulaire". Cours à option en troisième année à
l'École Centrale de Paris, Châtenay-Malabry, 2007. Support de
cours.
Chargé d'un cours: "Introduction à la biologie
mathématique" dans le cadre "Appli 4 : Biotechnologies, module
Modélisation et simulation" en deuxième année à
l'École Centrale de Paris, Châtenay-Malabry, 2007-2011. Support de
cours, sujet
d'examen 2008 avec son corrigé, sujet 2009, sujet 2010
et sujet 2011 (sans corrigés).
Participation à l'enseignement dans la formation doctorale "Innovation
thérapeutique", dans le M2 de pharmacologie, Paris XI, 2003-2012 :
Cours : "Modélisation chronothérapeutique du schéma d'administration des
médicaments" et "Bases de modélisation pour la synchronisation
des horloges circadiennes", dans le M2 de pharmacologie, Rennes I, 2009-2012, ainsi que dans
le DU de chronobiologie, Paris VI, 2003- 2007 : Cours : "Traitement des
données en chronobiologie".
Course: Biologic rhythms and PK-PD: Toxicity and anti-tumour efficacy of oxaliplatin on Glasgow
osteosarcoma in mice: a mathematical model for chronotherapeutics.
Participation in the international ULLA pharmacy school,
Châtenay-Malabry, 2003.
Enseignement des mathématiques en premier et deuxième
cycle de mathématiques à l'Université Paris VIII (St. Denis) de 1996 à
2006. Sujets d'examen donnés aux niveaux L1 à L3.
.
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