Advanced Center For Microfluidics Technology And Engineering

  • Active Research:
Slide 1
State of the art facilities at the new Bergeron Centre For Engineering Excellence
Housing the Advanced Center for Microfluidics Technology and Engineering (ACμTE) Laboratory
Slide 2
Collaborative Research with Life Sciences and Chemistry
State-of-the-art facilities for biomicrofluidics research and innovation
Slide 3
Whole Organism-based Disease Pathology and Chemical Screening for Drug Discovery and Toxicology Applications
Organism-on-a-Chip technologies to facilitate cellular and behavioural studies and high throughput chemical and drug screening
Slide 4
Point of Care Diagnostics and Point of Need Detection Technologies for Health and Safety Applications
Microfluidic-based microsensors, microactuators, and integrated devices for rapid and sensitive detection of biomarkers in various fluids (air, water, beverages, blood)
Slide 4
Advance Your Technical and Professional Skills in a Dynamic Team
Train in microfluidics, multi-phase micro-flows, and micro-nano-sensors with applications to medicine, biology, and chemistry
next arrow
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  • Active Research:
  • Conferences:
  • Group Members:
  • Awards & Honors:
  • Publications:
  • Patents & Applications:
  • Active Research:
Slide 1
State of the art facilities at the new Bergeron Centre For Engineering Excellence
Housing the Advanced Center for Microfluidics Technology and Engineering (ACμTE) Laboratory
Slide 2
Collaborative Research with Life Sciences and Chemistry
State-of-the-art facilities for biomicrofluidics research and innovation
Slide 3
Whole Organism-based Disease Pathology and Chemical Screening for Drug Discovery and Toxicology Applications
Organism-on-a-Chip technologies to facilitate cellular and behavioural studies and high throughput chemical and drug screening
Slide 4
Point of Care Diagnostics and Point of Need Detection Technologies for Health and Safety Applications
Microfluidic-based microsensors, microactuators, and integrated devices for rapid and sensitive detection of biomarkers in various fluids (air, water, beverages, blood)
Slide 4
Advance Your Technical and Professional Skills in a Dynamic Team
Train in microfluidics, multi-phase micro-flows, and micro-nano-sensors with applications to medicine, biology, and chemistry
next arrow
previous arrow
  • Active Research:
  • Conferences:
  • Group Members:
  • Awards & Honors:
  • Publications:
  • Patents & Applications:
  • Active Research:
Slide 1
State of the art facilities at the new Bergeron Centre For Engineering Excellence
Housing the Advanced Center for Microfluidics Technology and Engineering (ACμTE) Laboratory
Slide 2
Collaborative Research with Life Sciences and Chemistry
State-of-the-art facilities for biomicrofluidics research and innovation
Slide 3
Whole Organism-based Disease Pathology and Chemical Screening for Drug Discovery and Toxicology Applications
Organism-on-a-Chip technologies to facilitate cellular and behavioural studies and high throughput chemical and drug screening
Slide 4
Point of Care Diagnostics and Point of Need Detection Technologies for Health and Safety Applications
Microfluidic-based microsensors, microactuators, and integrated devices for rapid and sensitive detection of biomarkers in various fluids (air, water, beverages, blood)
Slide 4
Advance Your Technical and Professional Skills in a Dynamic Team
Train in microfluidics, multi-phase micro-flows, and micro-nano-sensors with applications to medicine, biology, and chemistry
next arrow
previous arrow
  • Active Research:
  • Conferences:
  • Group Members:
  • Awards & Honors:
  • Publications:
  • Patents & Applications:
  • Active Research:
Slide 1
State of the art facilities at the new Bergeron Centre For Engineering Excellence
Housing the Advanced Center for Microfluidics Technology and Engineering (ACμTE) Laboratory
Slide 2
Collaborative Research with Life Sciences and Chemistry
State-of-the-art facilities for biomicrofluidics research and innovation
Slide 3
Whole Organism-based Disease Pathology and Chemical Screening for Drug Discovery and Toxicology Applications
Organism-on-a-Chip technologies to facilitate cellular and behavioural studies and high throughput chemical and drug screening
Slide 4
Point of Care Diagnostics and Point of Need Detection Technologies for Health and Safety Applications
Microfluidic-based microsensors, microactuators, and integrated devices for rapid and sensitive detection of biomarkers in various fluids (air, water, beverages, blood)
Slide 4
Advance Your Technical and Professional Skills in a Dynamic Team
Train in microfluidics, multi-phase micro-flows, and micro-nano-sensors with applications to medicine, biology, and chemistry
next arrow
previous arrow
  • Active Research:
  • Conferences:
  • Group Members:
  • Awards & Honors:
  • Publications:
  • Patents & Applications:
  • Active Research:
Slide 1
State of the art facilities at the new Bergeron Centre For Engineering Excellence
Housing the Advanced Center for Microfluidics Technology and Engineering (ACμTE) Laboratory
Slide 2
Collaborative Research with Life Sciences and Chemistry
State-of-the-art facilities for biomicrofluidics research and innovation
Slide 3
Whole Organism-based Disease Pathology and Chemical Screening for Drug Discovery and Toxicology Applications
Organism-on-a-Chip technologies to facilitate cellular and behavioural studies and high throughput chemical and drug screening
Slide 4
Point of Care Diagnostics and Point of Need Detection Technologies for Health and Safety Applications
Microfluidic-based microsensors, microactuators, and integrated devices for rapid and sensitive detection of biomarkers in various fluids (air, water, beverages, blood)
Slide 4
Advance Your Technical and Professional Skills in a Dynamic Team
Train in microfluidics, multi-phase micro-flows, and micro-nano-sensors with applications to medicine, biology, and chemistry
next arrow
previous arrow
  • Active Research:
  • Conferences:
  • Group Members:
  • Awards & Honors:
  • Publications:
  • Patents & Applications:
  • Active Research:
Slide 1
State of the art facilities at the new Bergeron Centre For Engineering Excellence
Housing the Advanced Center for Microfluidics Technology and Engineering (ACμTE) Laboratory
Slide 2
Collaborative Research with Life Sciences and Chemistry
State-of-the-art facilities for biomicrofluidics research and innovation
Slide 3
Whole Organism-based Disease Pathology and Chemical Screening for Drug Discovery and Toxicology Applications
Organism-on-a-Chip technologies to facilitate cellular and behavioural studies and high throughput chemical and drug screening
Slide 4
Point of Care Diagnostics and Point of Need Detection Technologies for Health and Safety Applications
Microfluidic-based microsensors, microactuators, and integrated devices for rapid and sensitive detection of biomarkers in various fluids (air, water, beverages, blood)
Slide 4
Advance Your Technical and Professional Skills in a Dynamic Team
Train in microfluidics, multi-phase micro-flows, and micro-nano-sensors with applications to medicine, biology, and chemistry
next arrow
previous arrow
  • Active Research:
  • Conferences:
  • Group Members:
  • Awards & Honors:
  • Publications:
  • Patents & Applications:
  • Active Research:
Slide 1
State of the art facilities at the new Bergeron Centre For Engineering Excellence
Housing the Advanced Center for Microfluidics Technology and Engineering (ACμTE) Laboratory
Slide 2
Collaborative Research with Life Sciences and Chemistry
State-of-the-art facilities for biomicrofluidics research and innovation
Slide 3
Whole Organism-based Disease Pathology and Chemical Screening for Drug Discovery and Toxicology Applications
Organism-on-a-Chip technologies to facilitate cellular and behavioural studies and high throughput chemical and drug screening
Slide 4
Point of Care Diagnostics and Point of Need Detection Technologies for Health and Safety Applications
Microfluidic-based microsensors, microactuators, and integrated devices for rapid and sensitive detection of biomarkers in various fluids (air, water, beverages, blood)
Slide 4
Advance Your Technical and Professional Skills in a Dynamic Team
Train in microfluidics, multi-phase micro-flows, and micro-nano-sensors with applications to medicine, biology, and chemistry
next arrow
previous arrow
  • Active Research:
  • Conferences:
  • Group Members:
  • Awards & Honors:
  • Publications:
  • Patents & Applications:

NEWS & EVENTS

Youssef*, K., D. Archonta* and P. Rezai, Microfluidic Devices to Study the Effect of Electric Field on Caenorhabditis elegans and Danio rerio in Micro and Nano Systems for Biophysical Studies of Cells and Small Organisms, Y. Sun, Editor. 2021, Elsevier. p. In press.

NETWORK

COLLABORATIONS INDUSTRY & ACADEMIC

Interaction with industry and other research and development laboratories nationally or internationally have been and will be an integral part of our research efforts. The nature of our research is highly interdisciplinary and we believe in team effort and individual excellence.

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