Guillaume Girier | Postdoc Researcher

 Postdoc Researcher

  INSTITUTION : Complex networks and brain dynamics group (Praha)

  SUPERVISORS : Helmut Schmidt (COBRA, Ph.D.), Jaroslav Hlinka (COBRA, Ing. Mgr., Ph.D.)

  LINK : cobra.cs.cas.cz

 PhD thesis (Cum Laude)

  TITLE : A mathematical, computational and experimental study of neuronal excitability.

  INSTITUTION : Basque Center for Applied Mathematics (Bilbao)

  SUPERVISORS : Serafim Rodrigues (BCAM, Ikerbasque Research Professor) / Mathieu Desroches (INRIA, Associate Research Professor)

  LINK : https://github.com/GuillaumeGirier/A-mathematical-computational-and-experimental-study-of-the-neuronal-excitability

 Second-year MSc internship

  TITLE : Multiple-timescale dynamics of excitable neurons.

  INSTITUTION : Ecole Normale Supérieure (Paris) / INRIA (Sophia-Antipolis)

  SUPERVISORS : Mathieu Desroches (INRIA, Associate Research Professor) / Boris Gutkin (ENS, Coordinator of the Group for Neural Theory team)

 First-year MSc internship

  TITLE : Short-term synaptic plasticity: modeling depression and synaptic facilitation.

  INSTITUTION : Institut de la Vision (Paris) / INRIA (Sophia-Antipolis)

  SUPERVISORS : Mathieu Desroches (INRIA, Associate Research Professor) / Denis Sheynikovitch (Vision Institute, Associate Professor Sorbonne University)

 Third-year BSc internship

  TITLE : Development of a hepatocyte cell sorting protocol from humans infected with Plasmodium spp.

  INSTITUTION : Centre d'Immunologie et des Maladies Infectieuses (Paris)

  SUPERVISORS : Valérie Soulard (CIMI-PARIS Team 8 "Biology and immunology of malaria")

 Supervision of two interns for a 4-month project.

  TITLE : Topological Data Analysis application on EEG data set.

  INSTITUTION : Basque Center for Applied Mathematics (Bilbao)

  COLLABORATORS : Serafim Rodrigues (BCAM, Ikerbasque Research Professor) / Mathieu Desroches (INRIA, Associate Research Professor) / Fernando Nobrega Santos(University of Amsterdam, Research Fellow)

 EITN Fall School in Computational Neuroscience 2022 Project (Paris)

  TITLE : Can dendrite-bound attentional signals modulate the activity of orientation selective neurons?

  WEBSITE : https://eitnschool2022.sciencesconf.org/

  SUPERVISORS : Konstantinos-Evangelos Petousakis (Graduate Student - Master)

  COLLEAGUES : Ballbé Julien / Calice Margaux / Cascino Federico / Hall Siobhan / Kurban Kerem / Raison-Aubry Laëtitia / Verardo Claudio

  PROJECT DESCRIPTION : In this project, we are interested in modeling the attention process via L2/L3 type pyramidal cells.
 The neurons will be studied individually and the importance of the structure of the neuron in the process will be studied.
 Several important questions will be addressed: how to represent the visual type input entering the neuron?
 How to represent the problem of attention to a stimulus? What are the important parameters to have a working model?

 MEET-U Project

  TITLE : RENARDS-3D PROJECT: Recognition by Rank Alignment Notation by Definition of 3D Structures.

  WEBSITE : https://www.meet-u.org/edition_2020.html

  LOCATION : Université Paris-Saclay (Paris) / Sorbonne Université (Paris)

  SUPERVISORS : Elodie Laine. (Associate Professor in Computational Biology and Artificial Intelligence) / Anne Lopes (Associate Professor at Université Paris-Saclay)

  PROJECT DESCRIPTION : Development of a sequence recognition program that returns all the possible 3D structures that a protein can take by forming a complex thanks to molecular fold. Presentation of the project during a symposium with a poster.

 Physiology of systems project

  TITLE : Master first year solo project.

  LOCATION : Université Paris-Saclay (Paris) / Sorbonne Université (Paris)

  SUPERVISORS : Hédi Soula (PhD, Professor at Sorbonne University) / Lorette Noiret (Lecturer Sorbonne University)

  PROJECT DESCRIPTION : The goal is to study the regulation of blood glucose (glucose level in the blood) during an oral intake of glucose. Compared to previous models it is necessary to add a compartment that is that of the intestine.
 Most of the time this compartment is relatively easy to model but not when dealing with metabolic diseases involving the intestine.
 The oral glucose tolerance test is a standard test performed to test the body's tolerance to glucose - and thus to detect diabetes.
 In this project, using what you have learned - in modeling but also in computer science - you will develop a model of blood glucose prediction according to the dose of glucose ingested.

 MSc, Sorbonne University (Paris)

  TITLE : Bioinformatics Modeling-Cellular and molecular biology.

  WEBSITE : https://sciences.sorbonne-universite.fr/formation-sciences/masters/master-biologie-moleculaire-et-cellulaire-bmc/m1m2-parcours-bioinformatique-modelisation

 BSc, Sorbonne University (Paris)

  TITLE : Life science.

  WEBSITE : https://sciences.sorbonne-universite.fr/formation-sciences/offre-de-formation/licences/licences-generales-l2-l3/licence-sciences-de-la-vie