Salomé Kurth

This study examines how fetal activity patterns in utero relate to postnatal infant sleep behavior, finding that fetal circadian entrainment predicts infant sleep preferences.

This study examines iota oscillations in REM sleep across age groups, finding age-related changes in frequency, amplitude, and bandwidth, with high heritability for most properties.

This study uses actigraphy to track sleep cycle development in infants, finding that cycle length increases by ~10 minutes from 3 to 12 months of age.

This study tracks EEG changes in infant sleep from 3 to 6 months, showing regional and frequency-specific maturation patterns linked to developmental outcomes.

This study examines the infraslow fluctuation of sigma power during sleep across development, finding it persists with increasing frequency and strength from childhood to young adulthood.

This study examines how stool timing, sleep, and feeding affect the gut microbiome composition in infants, finding associations between longer intervals since last defecation and increased microbial diversity.

This study examines links between gut microbiota diversity and sleep rhythmicity in infants, finding that higher alpha diversity correlates with more robust sleep rhythms.

This study examines the infraslow fluctuation of sigma power (ISFS) in sleep EEG data from young individuals with schizophrenia, finding reduced ISFS in both Childhood-Onset and Early-Onset Schizophrenia groups compared to controls.

This study examines the relationship between gut microbiota rhythmicity and sleep-wake pattern maturation in infants, finding associations between microbial oscillations and circadian development.

The paper shows wake EEG oscillation amplitudes and aperiodic offsets correlate with sleep slow waves, reflecting sleep pressure and brain maturation across childhood and adolescence.

This paper identifies spindle density in infant sleep EEG as a biomarker predicting later behavioral outcomes, while other features like slow wave slope and coupling are not predictive.

This paper links infants' sleep habits measured by actimetry with neurophysiological features from EEG in 6-month-olds, showing associations between sleep patterns and brain activity metrics.

The paper identifies five sleep composites through PCA of infant sleep variables and shows their dynamic changes and associations with development.

This paper improves the comparability of infant sleep measurements using actimetry by standardizing computational methods and incorporating parent-reported diaries.