Early career researcher exploring mammalian cellular uptake pathways and host-pathogen interactions, with a focus on disease mechanisms.
Joined January 2022
- Tweets 22
- Following 193
- Followers 67
- Likes 50
1 Photos and videos
Pinned Tweet
3 May 2023
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
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16 Aug 2023
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!
linkedin.com/jobs/view/36881…
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Michelle E. Maxson, Ph.D. retweeted
15 Jun 2023
Registration & abstract submission is now open for the 2023 Ontario Cell Biology Symposium in Guelph on August 10-11!
ontariocellbiology.com
Travel support is available for participants from Northern Ontario - contact ontariocellbiology@gmail.com or DM before registering.
ALT The 5th Ontario Cell Biology Symposium will be held on Aug. 10-11 at the University of Guelph (in person), with an option to attend virtually. More information at ontariocellbiology.com. This event will feature keynote talks by Amira Klip (The Hospital for Sick Children) and Shernaz Bamji (UBC). Speaking opportunities are reserved for early career researchers, postdoctoral researchers and graduate students, selected from abstracts, as well as poster presentations. Registration and abstract submission is open at ontariocellbiology.com.
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Michelle E. Maxson, Ph.D. retweeted
1 Mar 2022
Many thanks!
For those who are interested, we have provided free access to this recommendation for a week:
facultyopinions.com/prime/74…
28 Feb 2022
.@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" bit.ly/3tidH0N
JCB study highlighted in @facultyopinions: bit.ly/3srgqpI
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Michelle E. Maxson, Ph.D. retweeted
28 Feb 2022
.@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" bit.ly/3tidH0N
@JCellBiol study in @facultyopinions: bit.ly/3srgqpI
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Michelle E. Maxson, Ph.D. retweeted
28 Feb 2022
.@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" bit.ly/3tidH0N
JCB study highlighted in @facultyopinions: bit.ly/3srgqpI
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Michelle E. Maxson, Ph.D. retweeted
13 Jan 2022
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. bit.ly/3nnrAsJ
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Michelle E. Maxson, Ph.D. retweeted
6 Jan 2022
Calcium-dependent ESCRT recruitment and lysosome exocytosis maintain epithelial integrity during Candida albicans invasion dlvr.it/SGdkPD
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13 Jan 2022
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 rupress.org/jcb/article/221/…
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4 Jan 2022
Our work is out today! Great work by all, and great collaborations! @WestmanJohannes @mpm_hki @thenagliklab #Candida Calcium-dependent ESCRT recruitment and lysosome exocytosis maintain epithelial integrity during Candida albicans invasion cell.com/cell-reports/fullte…
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