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Communication Dans Un Congrès Année : 2018

Overview of biomicrosystems and lab-on-chips developed at FEMTO-ST institute

Résumé

FEMTO-ST institute devoted part of researches in the field of nano-micro worlds to address crucial questioning in early diagnosis and therapeutic follow-up.Among scientific and technical challenges addressed, one concerns cells and extracellular vesicles characterizations and sorting. These last years, significant progress have been made, especially due to the development of lab on chip devices. These devices are composed of micro fluidic channels and include several detection and characterization stages to perform pre-analytical and analytical steps. Two departments of FEMTO-ST are strongly involved in the development of biochips, lab on chip and analytical platforms:The micro mechatronic (AS2M) department aims to develop for highly selective cell sorting based on robotic approaches. Its goal is to propose the next generation of automated cell sorters in the framework of immunotherapy.The Micro-Nano Sciences and Systems (MN2S) department develops biomicrosystems and analytical solutions based on label free techniques of detection and nanometrological tools to decipher the sub-populations of extracellular vesicles (EVs) contained in biological fluids. Latest developments in these fields will be presented during the symposium.
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Dates et versions

hal-02371030 , version 1 (19-11-2019)

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  • HAL Id : hal-02371030 , version 1

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Wilfrid Boireau. Overview of biomicrosystems and lab-on-chips developed at FEMTO-ST institute. International CBME-UFC (France) Biomedical Engineering Mini-Symposium, Nov 2018, Taipei, Taiwan. ⟨hal-02371030⟩
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