Pengmin Qin

This study investigates whether subthreshold depression involves a selective deficit in encoding self-face identity, finding a specific impairment in incidentally encoding self-face identity compared to other-faces.

This study investigates sex-specific inhibitory gating deficits in individuals with high autistic traits, finding that the deficit is stimulus-dependent and specific to non-social stimuli.

The paper shows that reactivating positive traits during sleep enhances self-evaluation, but this effect is reduced with higher depressive symptoms.

The paper shows that macaque monkeys and human infants develop bodily self-recognition through different training methods and timelines, suggesting a hierarchical and stepwise process.

This study identifies cortical indexes of arousal and awareness in patients with unresponsive wakefulness syndrome using EEG during sleep.

This study provides direct neural evidence that attention and working memory encoding are dissociable processes, identifying the supramarginal gyrus as a key region involved in inhibitory control.

The paper shows that bodily rather than brain states influence self-perception during face discrimination tasks, highlighting the role of interoception.

The paper identifies that co-activation of the ventral posterolateral nucleus and global brain activity correlates with physiological arousal but not perceptual awareness.

This paper uses resting-state fMRI to identify cognitive motor dissociation by analyzing temporal stability in brain networks, achieving high accuracy in distinguishing CMD from non-CMD.

The paper decodes subjects' own names in the primary auditory cortex using multivariate pattern analysis and dynamic causal modelling, showing it can distinguish SON from other names and highlighting insula influence.

The paper shows that combining wakeful training with sleep-based memory reactivation enhances positive self-referential processing.

DeepHBV is a deep learning model that predicts HBV integration sites using genomic features, showing improved performance with additional data and revealing key transcription factor binding sites.

The paper identifies cortical hubs associated with consciousness recovery in UWS patients and finds the anterior precuneus is a key region.

The paper identifies higher-order sensorimotor brain hubs that correlate with consciousness levels across different unconscious states using resting-state fMRI data.