• 简体中文
  • 한국어
  • English
Fluigent
  • Research
  • Industrial
  • Microfluidic Markets & Applications
    • Microfluidics in Life Science
    • Microfluidics for Pharmaceutical applications
    • Microfluidics in Food Industry: Food Testing & Agriculture
    • Microfluidics in Cosmetics
    • Microfluidics in Water analysis
  • Company
    • Über uns
    • Team
    • News
    • Events
    • Fluigent Newsletter
    • Careers
  • Resources & Support
  • Webshop
  • Contact us

Research Applications

  • Microfluidics for Cell Analysis

    Microfluidics offers innovative ways of studying cellular behaviors. Its ability to control flow in a precise manner offers new ways of studying cell interactions with drugs, other cells or bacteria in single-cell conditions, as well as cell response to a mechanical stress or even efficient sorting of cells from complex cellular populations using fluorescence-based or biomechanics-based methods.

    Read more
  • Microfluidics for Organ-on-chip Cell culture

    The science of flow control for organ-on-a-chip cell culture & its applications.

     

    Read more
  • Microfluidics for Cell Biology

    Cell biology is at the heart of medical science. Researchers seek to understand how cells organize to form human tissue, how they communicate with each other, how they respond to infections or other pathologies, and how we can help them to fight such pathologies with drugs or other treatments. Microfluidics brings applications of this research to a higher level with reduced costs, faster experiments, enhanced detection thresholds, and strong multiplexing potential. 

    Read more
  • Microfluidics for Droplet Generation

    One of the best-known research topics in microfluidics with a diverse range of applications is the generation of highly-monodisperse droplets. Through the use of channel geometry, immiscible fluid properties, and precise flow control, single or double droplets with diameters from 10 to a few hundred micrometers can be produced at high throughput rates (up to 10kHz). In the last decade, monodisperse droplet production has drawn considerable interest in the scientific community, with a variety of applications in single-cell analysis, drug delivery, sequencing, and other fields of research. 

    Read more
Logo fluigent green and blue

67 avenue de Fontainebleau
94 270 Le Kremlin-Bicêtre

Research

  • Instruments
  • Microfluidic Research Applications
  • Software solutions
  • Packages

Industrial

  • Industrie produkte

Resources

  • Application notes
  • Customer case studies
  • Expertise reviews
  • Interviews & Testimonials
  • Webinars

Support & tools

  • Documentation
  • Download software

Company

  • Über uns
  • Team
  • Events
  • Fluigent Newsletter
  • Careers

Legal

  • Terms & Conditions of Sale
  • Legal Terms & Privacy Policy