Group news

(GG=Greener Group!)

Congratulations to Pouyan and François for their 2017 paper in Langmuir on hydrodynamic effect on biofilm anchoring surface. The article has been selected for the Langmuir Journal Club.

Congratulations to Mazeyar and Pouyan on their 2016 paper in Biomicrofluidics on biofilm mechanical properties.

Past and present GG members Mohammad and Safdar team up with FlowJEM for a new 2016 paper in Sensors on a new microfluidic fabrication method.

Francois, Mazeyar and Julien's 2016 paper is accepted to Lab on a Chip on a real-time measurements of biofilm viscosity. Did we just discover a new biofilm growth phase?

Congratulations to Adnane for his 2016 paper in Sensors on plug and play lab-on-a-chip. 

Congratulations to Mazeyar for his 2016 paper in Lab on a Chip on pH imaging of biofilms in microchannels. 

Congratulations to Adnane, Arnaud and Mehran for their 2016 paper in Lab on a chip on a new "electrochemical imaging in microfluidics".

Congratulations to Mazeyar and Julien for their 2015 paper in Biomicrofliuidics: "Live-streaming: Time-lapse video evidence of novel streamer formation mechanism and varying viscosity"

GG preparing 5 lectures at the 2015 CSC conference in Ottawa.

GG welcomes Arnaud Reitz (Master's student from France) and Sabrina Farch (doctoral student from Algeria) to our group for an internship. Good luck!

GG welcomes new PhD student Muhammad Pousti who will be developing spectral imaging by ATR-FTIR to study biocatalysis of new biomaterials.

Congratulations to former Master's student, Nahid Babaei for getting a job with Endoceutics in Québec!

Biofilms dans un micro canal

Our group is contributing to the scientific revolution that aims to minimize negative environmental impacts of anthropogenic emissions. Our goals of doing more with less are facilitated by new technologies for studying microscale chemistry.

Our specific research directions include: (i) development of new microscale-compatible spectroscopic methods, (ii) synthesis of catalytic biomaterials, and (iii) high-precision micro-scale chemistry with energy and environmental applications. To facilitate this work, our group develops and uses state-of-the-art tools in microfluidics, spectroscopy, electrochemistry and nanoscience.

We are located at Laval University, Canada's oldest university, in the traditionally strong and innovative chemistry department. We are always looking for highly qualified and motivated students and research professionals who have demonstrated their excellence through academic publications and external funding.

We are proud to be members of the following strategic research initiatives: Nano Ulaval, Québec Centre for Functional Materials (CQMF), Centre for Advanced Materials Research at Laval (CERMA), Biophysical Society of Canada (BSC), Central Hospital of Québec Research Centre (CHUQ) and Institute for Biomaterials and Bioengineering (iBiomat).

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Paper on electrochemical impedance spectroscopy on biofilm attachment surface (Langmuir): See here. for new work published by the Greener group using an microfluidic electrochemical flow cell. <New> This paper is designated 'required reading' by Langmuir editors.



New article: See our new Fast Track manuscript published in Biomicrofluidics, 2015, 9, 041101:  Live-streaming: Time-lapse video evidence of novel streamer formation mechanism and varying viscosity.

Jesse Greener presents an overview of our group's work to the Waterloo Institute for Nanotechnology: "Bacterial Biofilm Research Renaissance by Combining Nanoscience and Microfluidics"

Thanks to all the participants to Laval's first annual microfluidics symposium. Special thanks to Professor David Juncker for his invited lecture.

Halifax was the site of another successful ICASS meeting. Professor Greener warmly thanks all participants to the session on micro/nano imaging of biological and materials. In addition, the first Advanced imaging workshop was successfully added to the conference. Click here for a copy of the power point presentation.

See our contribution "Polymerization in microfluidic channels" in the new book: "Microreactors in Preparative Chemistry: Practical Aspects in Bioprocessing, Nanotechnology, Catalysis and more". Wiley-VCH, Weinheim, 2013