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Achievement: Pair Extraordinairex3Achievement: Pull Sharkx2Achievement: YOLOAchievement: QuickdrawAchievement: Arctic Code Vault Contributor

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dambach/README.md

Hi there 👋

I am a senior researcher at Inserm (French National Institute of Health and Medical Research) in Paris. My research asks how tissue properties and neuromuscular drive determine the force of the respiratory muscles, the diaphragm first, and in turn ventilatory mechanics. I develop imaging, electrophysiology, modelling and neurostimulation methods to study these mechanisms in health and in respiratory and neuromuscular disease, and turn them into biomarkers for clinical decisions and into treatments that preserve or restore respiratory function.

I lead the NEURES research group (Neuromuscular Respiratory Pathophysiology) in the joint research unit UMR-S 1158 (Inserm, Sorbonne Université). I am also building DIAV+, a medical device for continuous, non-invasive monitoring of inspiratory effort during mechanical ventilation.

I build open-source tools for physiological signal analysis and train young scientists in reproducible research practices.

Join us: the group welcomes master's and PhD students, postdocs and engineers. Unsolicited applications are welcome.

NEURES research group

ORCID Google Scholar LinkedIn

Contact: damien.bachasson@inserm.fr

Selected projects

  • NEURES: repositories of my research group
  • labchart_txt_parser: Python package to parse LabChart text exports
  • resp_metrics: Python package to compute ventilatory and mechanical ventilation variables from LabChart exports
  • app_strength-Harbo: Shiny app computing predicted maximal isometric and isokinetic strength in major muscle groups (online version)

Pinned Loading

  1. app_strength-Harbo app_strength-Harbo Public

    Shiny app to compute percent-predicted maximal isokinetic and isometric strength in major muscle groups (Harbo et al., 2012)

    R 1 1

  2. Neures-1158/labchart_txt_parser Neures-1158/labchart_txt_parser Public

    Python package for parsing .txt exported labchart files

    Python 1

  3. Neures-1158/resp_metrics Neures-1158/resp_metrics Public

    Python package to compute ventilatory variables (BF, VT, VE, Ti, Te, Ttot, I:E, etc.) and mechanical ventilation metrics (PEEP, Ppeak, ΔP, MAP, etc.) from LabChart text exports.

    Python 1