Modeling preprint. Recurrent inhibition (I-I connections) stabilizes the network in the sense that it is less sensitive to input variations or connectivity changes. At the same time, recurrent inhibition diminishes PING-like gamma oscillations. Interesting!🤩 I wonder if it relates to alpha rhythm.
Amazing workshop on C-tests (tests for consciousness)😍
www.uni-bamberg.de/en/bamxi/res...
Excited to share “Timing Matters: Leveraging Positron Emission Tomography Imaging and Hormonal Cycles for Precision Psychiatry in Female Mental Health” is published in Biological Psychiatry! 🎉
The patient walks and stands upright,
But really nothing dubious;
The magic stimulation site
Is subthalamic nucleus.
#brainrhymes
In indirect pathway,
Which’s there to control,
It sits and helps to make
Smooth movement to unroll.
In Parkinson’s disease,
The movement deficiency
Fights back somewhat with ease
and very good efficiency
The stimulation of this part,
Helps motor system to restart.
It’s found below the thalamus,
Above substantia nigra,
Next to internal capsule,
A part of basal ganglia.
It functions like the ‘brakes’
To our motor system,
Free movement regulates
And acts as a resistance.
Analyzing sharp-wave ripples with different approaches produces different results😑. Same for directed functional connectivity😑. And that was from SUA and LFP from rodents.
It is probably the same with beta bursts and coherence in EEG/MEG. Probably, we should do multiverse analyses more often🤔.
I read another book titled “Out of Our Heads: Why You Are Not Your Brain, and Other Lessons from the Biology of Consciousness” by Alva Noë.
Idk (≖_≖ ). A sensorimotor account of perceptual consciousness is not my cup of tea.
Read my opinion here
www.alinastudenova.com/home/blog/bo...