Isha Ralhan (@isharalhan_) 's Twitter Profile
Isha Ralhan

@isharalhan_

PhD Candidate in Physiology at the University of Alberta @IoannouLab

ID: 1620305231270809600

calendar_today31-01-2023 06:17:41

32 Tweet

34 Followers

87 Following

Neuroscience & Mental Health Institute - U of A (@nmhi_uofa) 's Twitter Profile Photo

Research from NMHI member Maria Ioannou has shown that fat in the brain could be key to new treatments for Parkinson’s disease. ualberta.ca/folio/2024/03/…

Anna Taylor (@annatheneurosci) 's Twitter Profile Photo

New paper from our lab out now in Current Biology. Our contribution to the argument that our favourite elusive brain region - the claustrum - is a critical pain processing node. cell.com/current-biolog…

Jesse Jackson (@_jesse_jackson) 's Twitter Profile Photo

Following up on Anna Taylor's tweet, for Christian's paper: cell.com/current-biolog… We're looking to add some keen graduate, postdocs, and RA's to the team. Projects focused on claustrum, pain, unconsciousness, etc. Reach out to Anna or I if you are interested.

Swetha Gowrishankar (@swethag_uic) 's Twitter Profile Photo

Excited to share our review on axonal lysosome transport and its links to neurological diseases: sciencedirect.com/science/articl…

Marlen Knobloch (@knoblochlab) 's Twitter Profile Photo

rdcu.be/dMdQ9   Excited and proud to see the final version of our manuscript out Nature Communications, describing a new lipid droplet reporter mouse, which allows staining-free fluorescent visualization of #LipidDroplets!! Check out how numerous they are in the brain!

Julie Jacquemyn (@jacquemynjulie) 's Twitter Profile Photo

Neuronal ferroptosis is central to neurological diseases: here we are discussing alterations in iron & lipid metabolism, neuronal vulnerability and protective strategies. Finally, the reciprocal roles of iron, lipids, and pathogenic proteins in ferroptosis. Cover design: me 🥰

Neuronal ferroptosis is central to neurological diseases: here we are discussing  alterations in iron & lipid metabolism, neuronal vulnerability and protective strategies. Finally, the reciprocal roles of iron, lipids, and pathogenic proteins in ferroptosis. 

Cover design: me 🥰
James Olzmann (@olzmannlab) 's Twitter Profile Photo

Mark your calendars! The 1st FASEB #Ferroptosis conference, July 27-31 2025! We just posted our preliminary agenda! Spectacular line up and lots of space for short talks / late breaking speakers. Help us get the word out & come join us in 2025! FASEB events.faseb.org/event/11797f9e…

Mark your calendars! The 1st FASEB #Ferroptosis conference, July 27-31 2025! We just posted our preliminary agenda! Spectacular line up and lots of space for short talks / late breaking speakers. Help us get the word out &amp; come join us in 2025! <a href="/FASEBorg/">FASEB</a> 
events.faseb.org/event/11797f9e…
Julie Jacquemyn (@jacquemynjulie) 's Twitter Profile Photo

In neurodegeneration, neurons release lipids that accumulate in glial LDs. In our latest spotlight article Trends Cell Biology, we highlight a study by Li et al. that reveals how the loss of neuronal AMPK activity increases lipid efflux, driving a proinflammatory state in microglia.

In neurodegeneration, neurons release lipids that accumulate in glial LDs. In our latest spotlight  article <a href="/TrendsCellBio/">Trends Cell Biology</a>, we highlight a study by Li et al. that reveals how the loss of neuronal AMPK activity increases lipid efflux, driving a proinflammatory state in microglia.
UAlberta Med & Dent (@ualberta_fomd) 's Twitter Profile Photo

Congratulations to Maria Ioannou, assistant professor in the FoMD Department of Physiology, who is the 2024-25 recipient of the Martha Cook Piper Research Prize. This award recognizes Ioannou’s strong research record and outstanding promise as a researcher. Read about her

Julie Jacquemyn (@jacquemynjulie) 's Twitter Profile Photo

Thrilled to preprint my postdoc work in the Maria Ioannou ! 🚀 Using live-cell and two-photon imaging, we reveal that Parkinson’s-linked glucosylceramide changes drive the formation and shedding of ectosomes, fueling α-synuclein spread. This pathway has broad implication in PD.

Thrilled to preprint my postdoc work in the <a href="/IoannouLab/">Maria Ioannou</a> ! 🚀 Using live-cell and two-photon imaging, we reveal that Parkinson’s-linked glucosylceramide changes drive the formation and shedding of ectosomes, fueling α-synuclein spread. This pathway has broad implication in PD.
Spencer Freeman (@spencersk1) 's Twitter Profile Photo

We've been studying mechanisms of resilience that protect lysosomes from damage and wrote a review on the topic. We consider lysosomal stress and damage on a spectrum; hopefully a useful concept😀. Snapshot below and Open Access here: embopress.org/doi/full/10.10…

We've been studying mechanisms of resilience that protect lysosomes from damage and wrote a review on the topic. We consider lysosomal stress and damage on a spectrum; hopefully a useful concept😀. Snapshot below and Open Access here: embopress.org/doi/full/10.10…
Sarah Cohen (@cohenlaboratory) 's Twitter Profile Photo

Ever wanted a virtual assistant that you could show your #microscopy images to get help with visual understanding, hypothesis generation, and experiment design? I'm pleased my team contributed to this reasoning benchmark led by James Burgess (at ICLR 2025) to test these abilities using current MLLMs

Sarah Cohen (@cohenlaboratory) 's Twitter Profile Photo

I am beyond thrilled to co-organize this FASEB #LipidDroplet conference with Mike Henne_Lab in 2026! Check out the lineup and plan to participate - you do not want to miss this one!! #lipidtime