Postdoc position in Systems Neuroscience

Bordeaux Neurocampus international; Bordeaux; Sur place; EUR 42 000 - 54 000; Plein temps

Avantages offerts par ce poste

Fully funded position

CNRS salary grid

CAJAL training

Résumé du poste

The Takahashi lab at the Interdisciplinary Institute for Neuroscience (IINS - UMR 5927) within Bordeaux Neurocampus seeks a motivated postdoc to study how cortical circuits shape tactile perception in mice, using in vivo imaging, Neuropixels recordings, optogenetics, and chemogenetics.

The position is a fully funded two-year contract with potential extension, with strong support for applying to external fellowships and access to CAJAL training and the Bordeaux Imaging Center.

Qualifications

• PhD in experimental or computational neuroscience or near completion.
• Experience with in vivo imaging or electrophysiology in rodents (advantageous).
• Proficiency in Matlab or Python programming.
• Strong motivation, teamwork, and communication skills.

Responsabilités

• Conduct in vivo imaging/electrophysiology experiments in mice.
• Analyze data using Matlab/Python and share results with the team.
• Collaborate across disciplines to study cortical circuits of tactile perception.
• Contribute to publications and grant applications.

Connaissances

Matlab or Python programming

Teamwork skills

Excellent English communication

In vivo imaging/electrophysiology in a

Formation

PhD in neuroscience

Outils

Two-photon imaging

Neuropixels

Optogenetics/chemogenetics

Description du poste

The Takahashi lab at the Interdisciplinary Institute for Neuroscience (IINS - UMR 5927), part of the Bordeaux Neurocampus, is seeking a motivated postdoc. Our lab, Neural Basis of Perception , investigates how cortical circuits process somatosensory information to shape tactile perception in mice. We welcome applications from individuals passionate about exploring:

• Cortical top-down mechanisms in tactile perception
  Investigate how higher-order cortical areas modulate primary somatosensory cortex (S1) activity, allowing mice to detect behaviorally relevant stimuli in noisy sensory environments. This project aims to elucidate cortical top-down control of perceptual thresholds for detecting tactile stimuli in mice (see Takahashi et al., Science, 2016; Takahashi et al., Nat Neurosci, 2020).
• Adaptive cortical processes in embodiment
  Using a novel artificial whisker developed by our lab, we investigate "embodiment" in mice, opening new avenues to understand adaptive cortical processes.

To uncover these mechanisms at both cellular and systems levels, we use a wide range of in vivo techniques, including two-photon and wide-field one-photon imaging, Neuropixels recordings, optogenetics, and chemogenetics, combined with head-fixed mouse behavior.

Located within the Bordeaux Neurocampus - a dynamic hub of over 700 neuroscientists - our lab is fully equipped with in vivo two-photon and wide-field one-photon microscopes, and Neuropixels recording systems, with access to additional cutting-edge facilities on campus, including the Bordeaux Imaging Center (BIC). Candidates will benefit from an internationally connected, vibrant environment, including CAJAL Advanced Neuroscience Training courses ( https://cajal-training.org/ ) hosted by the Neurocampus, and an open, collaborative lab culture committed to advancing each team member’s scientific career.

What we offer

Join a dynamic, internationally diverse team. Initial postdoc contracts are for 2 years, with potential for extension. Candidates are encouraged to apply for external fellowship programs, and the team provides full support with the application process. Salaries are based on the CNRS salary grid and adjusted for experience.

Postdoc requirements

• PhD (or near completion) in experimental or computational neuroscience
• Experience with in vivo imaging or electrophysiology in rodents (advantageous)
• Proficiency in Matlab or Python programming
• Strong motivation, commitment, and teamwork skills
• Excellent communication skills in English (oral and writing)
• Although the position is fully funded, every person in our lab is encouraged to apply for personal grants if eligible

Publication: 18/02/26
Last update 18/09/26