Miriam Heynckes

[layerfMRI @layerfMRI]

A new layer-fMRI study by @HeynckesMiriam et al. is looking into laminar activity changes while participants are trying to detect small rhythmic perturbations in auditory stimuli.
They find a differential feedback-like signal in superficial layers.
https://t.co/8i4wXwamGw

[Miriam Heynckes @HeynckesMiriam]

Ever wondered how Heschl's gyrus got its name? Thanks to @ofgulban who showed me the original manuscript I now know! Check out this preprint if you're curious! https://t.co/b41s8aUSaf via @OSFramework

[Miriam Heynckes @HeynckesMiriam]

@diedrichsenlab @NeuroBeats @BButlerTweets @LauraBatterink @MariusPeelen Congrats Dr. Berlot!! 🥳

[Miriam Heynckes @HeynckesMiriam]

I'm happy to share that the first paper of my PhD project is now published open-access with @PLOSONE!

We built a flexible behavioral paradigm and tested the effects of rhythm, carrier frequency and temporal cueing on the perception of sound sequences.

https://t.co/4uXUsUmXB7

[Faruk Gulban @ofgulban]

Auditory cortex | 20 hemispheres | cytoarchitectonic areas on *individual* surfaces

A good chance to appreciate the macro- & micro-anatomy of the human auditory cortex.

+ We make the surface models public, as a service to the auditory neuroscience community.

With @DeMartino_F