CITATION.cff

abstract: This project aims at (i) scrutinising the neural substrates of motor control
  when these are affected by internal states, and (ii) exploring how primary sympathetic
  effectors affect motor control circuits. Task-based fMRI analyses of effective connectivity
  in humans will be employed to generate model-based computational indices of neural
  network function of motor control and reward processing. These models are then used
  to test for individual expressions of motor function and their modulation by standardised
  pro-dopaminergic treatment as well as inflammation.
authors:
- {family-names: Jessen, given-names: Frank}
- {family-names: Tittgemeyer, given-names: Marc}
- {family-names: Rigoux, given-names: Lionel}
- {family-names: Zeyen, given-names: Philip}
cff-version: 1.2.0
message: Generated with data scraped from crc1451.uni-koeln.de
title: 'C06: Major depression as a transient functional lesion model of motor control'