Noémie Dorval Courchesne

Chemical, Materials & Bio-Engineer, @CRC_CRC in Biologically-Derived Materials, @MIT alum, Associate Professor of Chemical Engineering @mcgillu, @thedorvallab

[The Dorval Lab @thedorvallab]

Check out the Dorval Lab's latest publication - 'M13 bacteriophage as a versatile platform for the creation of new materials via genetic engineering' in the Canadian Journal of Microbiology!

Congratulations to Julia, Reefah, Beyza, and Daniel for their review on phage materials!

[Nature Reviews Bioengineering @natrevbioeng]

Microbial nanowires can be integrated in electronic devices for sensing, electricity generation and neuromorphic memory! In their Review, Derek Lovley et al discuss their functional re-engineering for sustainable electronics @microbeelectric
https://t.co/a5MJG779pi

[Derek Lovley @microbeelectric]

Microbial nanowires for sustainable electronics
Open access: https://t.co/0qOU4dgkiK
Taking electromicrobiology ‘down to the wire’
•Types of microbial nanowires
•The E. coli chassis for scale-up
•Genetic tailoring for novel functions
•Novel electronics-sensors, electricity from air, neuromorphic memory
•Advantages over traditional nanowires
•Future opportunities
@UMassAmherst @UMassIALS @ISMETsociety @CEMAarhus @naturevbioeng

[Chemical Engineering McGill @ChemEngMcGill]

Étonnant profil du prof @ndorvalc de #McGill dans @QuebecScience. Elle parle de sa recherche multidisciplinaire sur les matériaux biologiques et est interviewée par le @SciChefQC sur l'avenir des matériaux biologiques portables.

@McGill_Eng @mcgillu

https://t.co/pTFncOjKQT

[Chemical Engineering McGill @ChemEngMcGill]

The Dep't of Chemical Engineering at #McGill has an opening for a Faculty Lecturer position. It’s a great opportunity to join our dynamic academic community.
You can find more information about the position and apply on McGill’s Workday site.
https://t.co/KKpPKyRPO6

[The Dorval Lab @thedorvallab]

We are incredibly excited to share our lab’s latest publication. Angie, our Masters student, developed self-healing textiles using proteins and protein-rich biofilms. Do check out our paper and let us know what you think!

https://t.co/Er5WznhM9H

[Noémie Dorval Courchesne @ndorvalc]

My lab is recruiting PhD students on different projects. Contact me via email if you are interested in research at the interface of biology, engineering and materials. There are still a few days left for Canadian applicants to apply for this fall!
https://t.co/jyvYMqVFvN

[Caroline Wagner @thecewagnerlab]

My lab is looking to hire a highly motivated PhD student for this Fall, in the area of biophysics and biological engineering. Please rt and applicants contact me by email if interested!

[Noémie Dorval Courchesne @ndorvalc]

We had recently achieved the extracellular secretion of bacterial collagen from E. coli. Now, we have mineralized this bacterial collagen to fabricate biomaterials with different functions! Find out more in our latest article.
https://t.co/kgdEQZfjun

[Noémie Dorval Courchesne @ndorvalc]

Interested in water-stable perovskites? Have a look at our latest article, where we report the synthesis of protein-capped perovskite nanocrystals in aqueous environments.
https://t.co/isgFd90FgA

[Noémie Dorval Courchesne @ndorvalc]

Very honored to have received this award from Johnson & Johnson!

[McGill Research + Innovation @McGill_VPRI]

Congratulations to @mcgillu Professor Noémie-Manuelle Dorval Courchesne, a winner of the 2022 Women in STEM2D (WiSTEM2D) Scholars Award! 👏🎉 @ndorvalc @McGill_Eng https://t.co/4L6Cr3zDAB

[Noémie Dorval Courchesne @ndorvalc]

In our most recent article, we share the fabrication of protein fiber-conductive polymer composites, and we show that the proteins modulate electrical, structural and mechanical properties of the composites. @thedorvallab @ACSBiomaterials
https://t.co/Y4v4JFLogq

[Noémie Dorval Courchesne @ndorvalc]

This would not have been possible without previous work on the curli secretion pathway in the Joshi Lab @jeloshine

[Noémie Dorval Courchesne @ndorvalc]

Our latest article is now online! We applied the curli pathway to extracellularly secrete bacterial collagen from E. coli, simplifying downstream purification and improving potential for scale up of recombinant collagen materials!
https://t.co/WC7ObY034B

[Noémie Dorval Courchesne @ndorvalc]

@Zahra__Abdali @BioinspiredMatt @Biomac_ACS

[Ashkenasy N Lab @AshkenasyN_Lab]

Our lab has a postdoc position opening for a project focusing on the development of peptide based materials for electronic applications.
If you are interested send your CV to me ([email protected])
*Please help me distribute!

[Noémie Dorval Courchesne @ndorvalc]

@Z_Doust @CRC_CRC Congratulations to you too!!

[Noémie Dorval Courchesne @ndorvalc]

Thank you @CRC_CRC for this exceptional support for my research group!

[McGill Faculty of Engineering @McGill_Eng]

Congratulations to Prof. Noémie-Manuelle Dorval Courchesne (Chemical Engineering) on being named one of the Tier 2 Canada Research Chairs for her work in Biologically-Derived Materials! @ChemEngMcGill

[McGill Faculty of Engineering @McGill_Eng]

Don’t miss the @McgillMiam seminar on amyloid liquid-liquid crystalline phase separation, given by Prof. Raffaele Mezzenga from ETH Zürich on Dec. 3:

[Chemical Institute of Canada @CIC_ChemInst]

Which events are you attending during #CCEC2021? Our virtual day at CCEC 2021 helps attendees plan their day around technical, plenary & poster sessions, as well as the student/young professionals program and exhibition hall events. https://t.co/Jtc54QODtf