Christian Euler, PhD
104 posts
Christian Euler, PhD
@ChristianEuler
Assistant Professor at @UWaterloo | Co-Founder of Phycus Biotech. | Systems Biology/Metabolic Engineering for circular economy | He/Him 🏳️🌈
Sydney, Nova Scotia Katılım Haziran 2009
203 Takip Edilen174 Takipçiler
Happy to have shared this special moment with my family, my scientific mentor, and my lab friends. Toronto was home for 5 years and I always enjoy coming back for the weather. Now back to postdoc life!
mcguiganlab@mcguiganlab
🎓 Congratulations to Dr. Cadavid @JoseLCadavid on earning his PhD! Wish you continued success and fulfillment in your academic and professional journey! 🎉
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Christian Euler, PhD retweetledi
#UWaterloo professor, Dr. @ChristianEuler, is transforming CO2 into bio-made and eco-friendly products. Euler and his business partner Vikram Pandit founded @PhycusB, which produces the first bio-based glycolic acid. More: bit.ly/3TqH7Xr
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Christian Euler, PhD retweetledi
Excellent opportunity to join a growing research community @atusligo_ie working on what is a very exciting project.
I can also highly recommend working with @ShaneSOReilly . A fantastic scientist and colleague!
#AcademicChatter #JobAlert #AcademicTwitter @atu_ie @DCUFSH @DCU
Shane O'Reilly@ShaneSOReilly
Want to do a #PhD in #marine #Chemistry or #Microbiology? Like to live on the #WildAtlantic coast of Sligo, Ireland for a time? Then, apply for open positions tinyurl.com/mvpeacbt as part of the #ProspecTER project. A partnership between @atu_ie, @DCU and others.
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Well everyone who needs to know now knows, so I can publicly announce that I'm starting as an Assistant Professor of Bioengineering at @uwaterloo_che in January! Very excited to get to work on circular economy through precision fermentation! Stay tuned for more info 😉
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Christian Euler, PhD retweetledi
Now recruiting a Supervisor for the new #Bioprocessing Facility located in Concordia’s Applied Science Hub. Position supported by @Concordia and a generous gift from @LallemandBDS @lallemand_brew. #BioprocessingCentre #Partnerships @biologyatCU
Apply now! bitly.ws/wtuD
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@DanielSGregoire @uwaterloo_che Awesome, I'll keep it mind 😊
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@ChristianEuler @uwaterloo_che Hi Christian, congrats! I did my PDF at Uwaterloo. Drop me a line if you want to talk some ECR collaboration on anaerobic biotech.
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@ChristianEuler @uwaterloo_che Congrats Christian!! Super excited that you’re heading to Waterloo :)
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@ChristianEuler @uwaterloo_che congrats!!!!!!
Lambeth, London 🇬🇧 English
Check out this quick chat I did recently with @SynBioCanada!
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@dev_stlz @cbcbakingshow Okay I wondered why so many were spooky!
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Christian Euler, PhD retweetledi
#hiring graduate students and a Postdoc in TEA/LCA for plastic bio-upcycling. Join the Open Plastic consortium: >20 academic labs & >7 industry/municipal partners supported by $7.9M Genome Canada grant + NSERC Alliance to tackle plastic waste. Apply here: biosyscompute.com/career.html
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@ADHansonLab @KalexandrovAU @claudiaevickers I would say dynamic transitions may not be observable using a flux sensor as we described, but these sensors are likely useful for seeing and comparing fluxes between steady states (e.g. carbon source 1 vs carbon source 2)
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@ChristianEuler @KalexandrovAU @claudiaevickers OK got it, thanks!. That's what I thought. The sensor would give a faithful flux readout in the short term, but not necessarily in the long term in the same system if gene expression changes, or if comparing same organism growing in v. different conditions (e.g. C or N source).
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V. good short review by @KalexandrovAU & @claudiaevickers on in-vivo biosensors for metabolites. Stresses future need to measure metabolite fluxes as well as pool sizes. In (metabolic) life it's even better to know fluxes than take snapshots of pool sizes. cell.com/trends/biotech…
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@ADHansonLab @KalexandrovAU @claudiaevickers We assumed perturbations to flux would occur more quickly than changes to expression. The flux readout provided by a concentration would be about a given steady state. But as long as the enzymes operate in the linear range, small changes to expression OK.
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@ChristianEuler @KalexandrovAU @claudiaevickers How about the concern that a change in flanking enzyme activity (e.g. due to gene expression) will impact the pool size? This is predicted by MCA doi.org/10.1042/bst023…
David Fell's book on MCA is excellent ⬇️
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@ADHansonLab @KalexandrovAU @claudiaevickers Compartmentalization is definitely a factor to consider. As we showed, is probably responsible for malate and citrate being bad flux sensors in orgs with mitochondria
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@ChristianEuler @KalexandrovAU @claudiaevickers Neat hypothesis! But b/c the pool size of an intermediate depends on activities of the flanking enzymes (whether rxn is reversible or not) &, for 2-substrate rxns, on the pool size of substrate #2, & in eukaryotes many pools are in >1 compartment, maybe has limited applicability?
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Excited to have joined @oolen_org! Thank you @joanarcxavier for recruiting me :D
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