Assistant Professor and CRC studying protein mislocalization, neurodegeneration and functional genomics @uOttawaBMRI @OISB_ISBO. Co-director @GEMb_uOttawa

Ottawa, Ontario
Joined February 2017
🚨At long last: our lab's first manuscript on #ALS/#FTD, describing stress-responsive #TDP43 SUMOylation as a neuroprotective mechanism. Very proud of the collective work of many Rousseaux lab members, spearheaded by @TerryRSuk. Please see his tweetorial below. Feedback welcome!
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Maxime Rousseaux retweeted
🚨We're hiring a new editor!🚨 We're especially looking for someone with expertise in neurodegeneration and cellular/molecular neuroscience. Must have a Ph.D. and be able to work from Madrid, Shanghai, or Pune. Deadline to apply is March 9. springernature.wd3.myworkday…
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Great collaborating with the Russell lab on this paper. Tireless efforts from first author, Truc (Cloe) Losier, particularly in optimizing ideal screening conditions - protocol paper incoming! Nice work @OISB_IBSO @uOttawaMed
Truc Losier, Ryan Russell et al. @uOttawa identify distinct kinase signaling pathways that differentially regulate bulk and selective #autophagy. Using kinome-wide #CRISPR screening, they reveal both shared and pathway-specific regulators hubs.la/Q03DSv6d0
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Maxime Rousseaux retweeted
SUMO to the rescue! Three new studies show that tagging TDP-43 with SUMO2/3 keeps it soluble under stress, preventing the toxic aggregates that mark ALS and FTD. @uOttawa, @UNIMORE_Univ, @goetheuni ow.ly/ROwi50VQk61
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'A stress-dependent #TDP43 SUMOylation program preserves neuronal function' Terry R. Suk @TerryRSuk Caroline E. Part, Jenny L. Zhang, Trina T. Nguyen...Maxime W. C. Rousseaux @maximewc @uOttawaBMRI @uOttawa #ALS molecularneurodegeneration.b…
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Thrilled to see our work published in its final form @MolNeuro . Outstanding work by @TerryRSuk and colleagues. Please check-out the tweetorial below. As always, happy to share reagents (plasmids are being put on @Addgene), mice and other data; just reach out!
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Maxime Rousseaux retweeted
Where are we for disease modifying therapies and Parkinson's? Why not take some lessons from multiple sclerosis? Fantastic paper by Lorraine Kalia and colleagues in @Nature Reviews Neurology. Can you say MRI? Key Points: - Guess what? ~18 disease-modifying therapies or DMTs for relapsing multiple sclerosis (MS). - One now for primary progressive MS. - None for Parkinson's! - MRI has been a game changer for MS for both diagnosis and measuring outcome. - Reliable outcome measures for progressive MS (which still needs DMT's) and PD will be top priorities. - Animal models and dish based models will be critical as well as of course human trials. - Imaging and other modalities to understand early stages are critical. - Subtyping is hard in both MS and PD. - MS and PD have many different forms/presentations and understanding who to apply which therapy will be important. My take: Love the perspective of learning from another disease. I think it is important in Parkinson's that we learn from MS. Reflecting on how important using MRI has been for MS I beleive is an important lesson in the story. Reading this article gives me inspiration that we are on the right track in Parkinson's. It also gives me hope for those suffering from more progressive forms of MS; help is on the way. nature.com/articles/s41582-0… #Parkinson #multiplesclerosis #MS
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I am once again posting our open 3-5 years postdoctoral position on proteostasis and aging, emphasizing that we are in beautiful, human rights-friendly and politically-stable New Brunswick, Canada. Bernie would be a regular guy here. Come join our team! postdocjobs.com/posting/7286…
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Maxime Rousseaux retweeted
Cold-emailing potential postdoc advisors is a hugely successful strategy! Here is the exact e-mail I sent back in the day (& it worked) - feel free to use as a template: docs.google.com/document/d/1…
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Maxime Rousseaux retweeted
There is much we can learn from each other. Read the ideas on DMT discovery that came from @UofTNeurology bringing experts in #Parkinsons and #multiplesclerosis together in #Toronto (published with @SpringerNature in @NatRevNeurol) rdcu.be/dWf2U
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A new Parkinson’s gene has been discovered, RAB32. This gene is possibly involved in the same pathway as LRRK2. Great discovery by Matt Farrer and his team (who initially discovered this gene as a candidate back in 2017). sciencedirect.com/science/ar…
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Reminder to apply! Come do great science in beautiful #Ottawa!
🧠🚨Our lab is hiring! Please spread the word. Multiple exciting projects in the lab including a fully funded postdoctoral fellowship/research associate position. @uOttawa @uOttawaBMRI @ALSCanada @CAN_ACN
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New paper from the lab: Genetic and pharmacological reduction of CDK14 mitigates synucleinopathy. Congratulations to to all of those involved and thanks to @ASAP_Research and @CIHR_IRSC for the support. @uOttawaBMRI @uOttawaMed nature.com/articles/s41419-0…
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Maxime Rousseaux retweeted
We are excited to share this comparative dataset of selective and bulk #autophagy regulators. Thanks to @maximewc for the collaboration, which created a new research focus in the lab. Comments or questions welcome.
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Maxime Rousseaux retweeted
Research Associate/Postdoctoral Fellow in Rousseaux lab at uOttawa @maximewc We are actively recruiting a Postdoctoral Fellow/Research Associate to study mechanisms underlying ALS and FTD. jobrxiv.org/job/university-o… #als #animal_behavior #biochemistry #... jobrxiv.org/job/university-o…
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New paper from the lab from the talented @HaleyMGeertsma detailing aSyn topography in the mouse brain. Implications for #Parkinsonsdisease. Thanks to @ASAP_Research for the support and to @MXHend for the fun collaboration. See below for tweetorial
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🧠🚨Our lab is hiring! Please spread the word. Multiple exciting projects in the lab including a fully funded postdoctoral fellowship/research associate position. @uOttawa @uOttawaBMRI @ALSCanada @CAN_ACN
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