Artificial gravity during a spaceflight analog alters brain sensory connectivity.
Heather R. McGregorJessica K. LeeEdwin R. MulderYiri E. De DiosNichole E. BeltranScott J. WoodJacob J. BloombergAjitkumar P. MulavaraRachael D. SeidlerPublished in: NeuroImage (2023)
Keyphrases
- brain connectivity
- functional connectivity
- sensory motor
- human brain
- brain regions
- information processing
- motor control
- sensory inputs
- real world
- diffusion mri
- diffusion weighted mri
- resting state fmri
- cortical regions
- brain images
- analog vlsi
- brain activity
- eeg signals
- cortical areas
- cerebral cortex
- sensory systems
- frequency modulation
- electrical activity
- neural network
- decision making
- signal processing
- external world
- topological properties
- white matter
- vlsi architecture
- brain computer interface
- diffusion tensor imaging
- digital circuits
- artificial life
- circuit design
- brain tissue