Michelle E. Maxson, Ph.D.

Early career researcher exploring mammalian cellular uptake pathways and host-pathogen interactions, with a focus on disease mechanisms.

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

Happy to share that as of June 1, I will be a Scientist at @SickKidsNews. I am excited to join the faculty of the Cell Biology Program & establish my own lab, which will focus on endocytic mechanisms of neurodegenerative disease & the role of fungal dysbiosis on neuroinflammation

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@CowenLab Congrats Nikki!

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@GoldenbergLab @physiologyuoft @UofTanesthesia @SickKidsNews @SKAnesthesia @ATS_PC Congratulations Sonja!!

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

Spreading the word - I am looking to hire a Research Technologist. If you would like to join a new lab focused applying advanced imaging techniques to the study of neurodegenerative disease, take a look here!
https://t.co/AYF9KQG0G2

[ontcellbio @ontcellbio]

Registration & abstract submission is now open for the 2023 Ontario Cell Biology Symposium in Guelph on August 10-11!

https://t.co/Ks9xuKjwJS

Travel support is available for participants from Northern Ontario - contact [email protected] or DM before registering.

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@AMCuervoLab Condolences, very sad news.

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@RubinsteinJohn @SickKidsNews Thank you! Here’s to many more!

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

Happy to share that as of June 1, I will be a Scientist at @SickKidsNews. I am excited to join the faculty of the Cell Biology Program & establish my own lab, which will focus on endocytic mechanisms of neurodegenerative disease & the role of fungal dysbiosis on neuroinflammation

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@HarikeshWong @SickKidsNews Thanks Harry! How are you doing?

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@DurkDarwin And my training with you is what started me on this path! Thank you so much for contributing to the scientist I am today and my passion for research!

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@DurkDarwin @SickKidsNews Thank you! At long last, right?

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@JaumouilleLab @SickKidsNews Thanks Val! I hope all is well!

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@CantonJohnathan @SickKidsNews Thanks JC! And thank you for all your advice :)

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@GoldenbergLab @SickKidsNews Thank you!!

[H1 Connect @H1Connect]

Many thanks!
For those who are interested, we have provided free access to this recommendation for a week:
https://t.co/3wG89tTPFd

[Rockefeller U. Press @RockUPress]

.@MaxsonMichelleE et al. "succeeded in visualizing the intracellular V-ATPase by utilizing the binding property of SidK, an inhibitory protein derived from Legionella bacteria, to V-ATPase" https://t.co/yCeCEwW70X

@JCellBiol study in @facultyopinions: https://t.co/Yg54jhrm7I

[Journal of Cell Biology @JCellBiol]

.@MaxsonMichelleE et al "succeeded in visualizing the intracellular V-ATPase by utilizing the binding property of SidK, an inhibitory protein derived from Legionella bacteria, to V-ATPase" https://t.co/eo8IPbrJa9

JCB study highlighted in @facultyopinions: https://t.co/holujJGv2l

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@jasonkinglab I just saw this today: https://t.co/RFTUFIkUoI

[James Manton @JamesDManton]

I've just added some new LUTs to my ImageJ LUTs collection, which aim to improve the visualisation of four-channel data. In particular, these LUTs will ensure you only see white when all four channels have maximum intensity, not before. Install in Fiji via https://t.co/U9WFMkeU8E

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

@JulieBrill5 @RubinsteinJohn @yazz_matazz Thank you! Great collaborators really do make things like this possible!

[Michelle E. Maxson, Ph.D. @MaxsonMichelleE]

Our collaborative work is out today! Really enjoyed developing this tool with the Rubinstein lab! Congrats all! March issue. @RubinsteinJohn @yazz_matazz Detection and quantification of the vacuolar H+ATPase using the Legionella effector protein SidK https://t.co/EgmBruqZUB

[Journal of Cell Biology @JCellBiol]

A new probe to visualize the V-ATPase. @MaxsonMichelleE, @RubinsteinJohn, Grinstein et al. @SickKidsNews introduce SidK as a highly specific probe to visualize and quantify the proton-pumping vacuolar H+ATPases (V-ATPases) of mammalian cells and yeast. https://t.co/V8UxfXcTtV

[Cell Reports @CellReports]

Calcium-dependent ESCRT recruitment and lysosome exocytosis maintain epithelial integrity during Candida albicans invasion https://t.co/L3GSexiUXP