Katharina von Kriegstein

This study identifies altered predictive coding in the left subcortical auditory pathway in individuals with dyslexia, linked to a dyslexia risk score.

This study examines thalamic connectivity changes during initial learning of goal-directed behavior using fMRI, finding specific patterns of functional connectivity alterations in higher order thalamic nuclei.

The paper examines how functional connectivity between thalamic nuclei and cortical/subcortical networks changes during learning in humans, identifying shifts associated with transitioning from controlled to habitual behavior.

This paper investigates M-LGN alterations in developmental dyslexia using fMRI and finds they differ between DD and controls, are more pronounced in males, and predict rapid naming ability in male DD participants.

This paper uses quantitative MRI to non-invasively map the human lateral geniculate nucleus and its subdivisions, showing that T1 contrast reflects cyto- and myeloarchitectonic differences.

The paper shows that left ventral MGB modulation increases during speech recognition in noisy conditions compared to clear speech or speaker identity tasks.

The paper shows that task-dependent modulation of the left primary auditory thalamus increases with sensory uncertainty during speech recognition in noise.

This study investigates how decision evidence is represented in human brain signals using magnetoencephalography, identifying three distinct phases of processing in different brain regions.