Type of contract CDD
Location Lyon, France
Status Available
The goal of this project is to exploit the experimental flexibility of Drosophila to elucidate how branched-chain amino acids (BCAAs) shape the sleep/wake cycle through inter-organ communication, via four aims: (1) monitor BCAA levels in the hemolymph and brain; (2) assess intracellular BCAA levels in GABAergic and dopaminergic neuronal circuits involved in sleep/wake regulation; (3) determine how neuronal activity influences intracellular BCAA levels; and (4) evaluate how BCAA-dependent pathways impact sleep/wake behavior.
Publiée le : 16/10/2026
Type of contract CDD
Location Paris, France
Status available
The PhD project will focus on the study of the cognitive, emotional, and social mechanisms involved in information processing and resistance to misinformation during adolescence. It will aim to better understand the factors that promote information literacy and critical evaluation of information, and to contribute to the design and evaluation of innovative interventions for misinformation prevention and the strengthening of critical thinking skills.
Publiée le : 14/10/2026
Type of contract CDD
Location Paris, France
Status available
The PhD project will focus on the study of the cognitive, emotional, and social mechanisms involved in information processing and resistance to misinformation during adolescence. It will aim to better understand the factors that promote information literacy and critical evaluation of information, and to contribute to the design and evaluation of innovative interventions for misinformation prevention and the strengthening of critical thinking skills.
Publiée le : 07/10/2026
Type of contract CDD
Location Strasbourg, France
Status available
We are looking for a highly motivated PhD candidate to study the mechanisms, dynamics and effects of neuromodulation in the olfactory cortex, focusing on cholinergic and GABAergic inputs from the basal forebrain. The project will primarily use fiber photometry recordings and optogenetic stimulations (Y. Sych, et al., Nature Methods 16, 553 (2019)) in mice performing an olfactory behavioral task.
The project is co-supervised by two scientists with complementary expertise, Y. Sych and D. Desaintjan. The candidate will be surrounded by researchers with diverse skills ranging from cellular and molecular neurobiology to neural network physiology and computational neuroscience. The position is fully funded for 36 months through a grant awarded in 2025 by the ANR, France's primary research funding agency.
Publiée le : 07/10/2026