Don't miss @paulsheppard.bsky.social's visually innovative poem "a n y w a y (s)" in Issue 32! Excerpting doesn't do it justice; just click through to the poem:

www.thetemzreview.com/sheppard-32....

It's tragic, but I forgot to post this Good Meme when the touchscreen cognitive judgement bias paper came out.
(paper link for context: www.nature.com/articles/s41...)

Yeehaw!

I ran my first ultra distance race today, an intense and technical 56km @limberlosttrailrun.bsky.social . It was HOT and I learned a lot of things that I'll do differently next time, but it was some great Type 2 Fun!

It was hot, humid, then rainy; it was a lot. I wanted to go farther in the 4h but it wasn't in the cards today. But what a fun concept and a fun race!

Today I ran just shy of a marathon during a race called The Farthest put on by Persistence Racing. Everyone started from the same point and ran in whatever direction they wanted to get the farthest as the crow flies within 2, 4, or 8h. I did the 4h "Half-Farthest".

It must be really frustrating for those who were on search committees that had their searches cancelled to see this. It's a lot of work!

From canceled faculty hiring searches to this in <6 months... 👀

In case you were wondering (you 100% weren't): the mouse in the graphical abstract is "greyer mouse" because "grey mouse" just wasn't grey enough for certain co-authors who will go unnamed...

Happy to share the current version of our latest story, currently under peer review. Cool collab with @dablab.bsky.social @manickam-lab.bsky.social and others. We are not only understanding endothelial deficits in an #autism model, but now also capable of rescuing them! #16p11.2 #treatment #P2Y2

So check it out! And many thanks to the whole crew that worked on this! @westernubrainscan.bsky.social @timbussey.bsky.social @lisasaksida.bsky.social @maximoprado.bsky.social @touchscreencog.bsky.social @tcnlab.bsky.social

We also present some interesting data regarding a knock-in model often used as a control for this amyloidopathy model since they do not develop plaques. We found that despite this lack of plaque development, they show more profound decreases in cognitive flexibility across age compared to wildtypes.

We show herein that a mouse model of aggressive amyloidopathy can learn to discriminate visual cues, but, following learning, are deficit in reversing what they've learned (cognitive flexibility) and show perseverative responding.

🚨 NEW PAPER ALERT 🚨
🚨 KLAXON KLAXON 🚨

Impaired Cognitive Flexibility With Preserved Learning in an Amyloid Precursor Protein Knock-In Mouse Model of Amyloidopathy

onlinelibrary.wiley.com/doi/10.1111/...

Well done to all of our affiliated presenters at this year's @canacn.bsky.social Meeting! Great work!

This is finally out! Great collaboration with Andy Holmes @timbussey.bsky.social @lisasaksida.bsky.social and @touchscreencog.bsky.social @westernubrainscan.bsky.social trainees www.nature.com/articles/s41...

Thought this would be a nice way to enter the bsky community👇Delighted for Katie (now in Chris Dulla's lab at Tufts). Thank you to our collaborators, to the reviewers and to Cagla Eroglu for the highlight!
www.science.org/doi/10.1126/...

Dr. Adebiyi kicking off our second session with an exciting talk about demyelination and repair! #KeepSmyelin

We are back for our 2nd CANGlia meeting in beautiful Toronto for a day of exciting Glial science! #CANGlia2025

Amazing work as always, Lewis!

Come and work with the Translational Cognitive Neuroscience Lab! We are looking for a #labmanager who wants to understand the circuits and mechanisms underlying cognition. Search ID 39142 at: recruit.uwo.ca