@sitek.bsky.social | @[email protected] | mapping the human auditory system | research assistant professor at @NorthwesternCSD | @OHBM communications commit
Kicking off the Future of Scientific Publishing Special Issue, former ComCom Chairs highlight the importance of effective science communication: https://t.co/NRF18zx67h
@krsitek@AlfieWearn@emdupre_@OHBM
Interested in doing #scicomm with OHBM? The Communications Committee (ComCom) is looking for volunteers!
ComCom members produce the #Neurosalience podcast, manage the OHBM blog, write articles for the public, and more.
Express interest here: https://t.co/tfswtBDfbf
Our lab is hosting a mini-symposium titled "Speech processing in challenging listening environments: Towards a multi-dimensional framework" on August 25th at @NorthwesternU. Join us!
I haven't been around here much lately, and I think I'll continue that trend.
Twitter not letting me share a link to my account at the other site just confirms that decision.
You can find me over there: @[email protected].
Come say hi!
Why are trains the best form of transportation?
🚆Because they have a proven track record!
All (terrible) jokes aside, remember, your Panther Card gets you all over the city with free rides on @PGHtransit buses, inclines, and light rails.
#h2p#pitt#publictransportation
ICYMI: The dates for #OHBM2023 in Montreal, Canada were recently moved to July 22-26, 2023. Read the blog post from @krsitek in the tweet below for insights into why the change was made and much more 👇👇
@fMRI_today Obvious next Q: Can we do this with humans? They did .2x.2x1 mm at 9.4T with 40x54 stimulus presentations—can we do, say, 0.5 mm iso at 7T+ with 1000 trials?
Their animals were anesthetized—is motion going to be the biggest challenge?
This was awesome to attend in-person at #OHBM2022—highly recommend watching or listening to the podcast for a great discussion on what IS possible with well-designed, focused MRI studies.
This week on a special live recorded #Neurosalience@fmri_today chats with: @AvramHolmes @GrattonCaterina@PTenigma and @monicarosenb
about the way forward to better BWAS studies.
Watch on YouTube: https://t.co/24BCuZL5eQ
Listen on Anchor: https://t.co/SClxRGg6z4
New preprint! Together with @HelouLab and @bchandra_pitt/@SoundBrainLab, we mapped auditory corticostriatal connections in the human brain using diffusion MRI tractography
https://t.co/4swlvZu3ut
(1/7)
Pittsburgh contingent of the @SoundBrainLab is on the way to #SNL2022! Get ready for some speech-in-noise and subcortical auditory chatter over the next few days.
But for now, trains 🚂 🚞 🚆
New preprint! Together with @HelouLab and @bchandra_pitt/@SoundBrainLab, we mapped auditory corticostriatal connections in the human brain using diffusion MRI tractography
https://t.co/4swlvZu3ut
(1/7)
For more details and analyses (including replication with HCP data), check out the preprint, and let us know what you think! (7/7)
https://t.co/4swlvZu3ut
These results nicely fit with the classic non-human primate tracer literature, where primary auditory cortex preferentially connects to caudal dorsal striatum, and caudate head receives most of its inputs from anterior superior temporal cortex:
(6/7)