Shaozheng Qin

This paper constructs sex-specific lifespan brain charts using neuroimaging data from 59,915 individuals, revealing dynamic sex differences in brain development and improving detection of neuropsychiatric abnormalities.

This study shows that emotion regulation maturation involves reorganization of distributed brain systems rather than just strengthening prefrontal control, with key developmental changes in specific brain regions and networks.

This paper identifies a tripartite organization of the human ventromedial prefrontal cortex using multimodal analyses and shows its reproducibility and cross-species correspondence.

The paper uses fMRI and a Bayesian Switching Dynamic Systems model to analyze brain states during encoding and post-encoding rest in children, showing how dynamic neural states predict episodic memory.

The paper shows that the cortisol awakening response enhances prefrontal control over emotional memory suppression, specifically for recent memories.

The paper develops population-specific brain charts for Chinese individuals, revealing distinct neurodevelopmental patterns compared to Western populations and showing better performance in predicting brain phenotypes.

The paper investigates how dynamic brain network configurations during multi-tasking predict children's math achievement by analyzing neural patterns and states.

This study shows that the cortisol awakening response (CAR) proactively modulates brain network dynamics during emotional and executive tasks, affecting accuracy and neural state transitions.

The paper analyzes functional and structural MRI data from 33,250 individuals to map lifespan changes in the functional connectome, identifying key developmental stages and differences in neurological disorders.

This study investigates how the precision of neural representations of numerical distance correlates with arithmetic performance in children using fMRI and decoding techniques.

This study weakens aversive memories during sleep by reactivating positive memories, reducing recall and increasing positive memory intrusions.

The paper shows that social navigation in abstract social space uses distance and grid-like neural codes similar to spatial navigation, with performance linked to social traits.

This study investigates how multiscale structural brain gradients develop from childhood to adolescence and links these changes to cortical morphology and functional specialization.

This study investigates how overlapping functional modules in the developing human brain change with age and their structural correlates using multimodal MRI data.

This study identifies two distinct ADHD biotypes based on brain morphology, showing different treatment responses and genetic correlates.

The paper maps cortical thinning patterns during childhood to adolescence, showing they are structurally constrained by white matter networks and linked to gene expression signatures.

This paper identifies a dual long-axis organization in the human hippocampus during youth, showing its role in cortical hierarchy maturation and functional reorganization.

SACNet corrects susceptibility artifacts in dMRI scans using a registration network with neuroanatomical constraints, showing improved performance across diverse datasets.

This paper shows acute stress shifts third-party decisions from punishment to help in injustice events by altering neural network activity and connectivity.

This study uses HD-tACS and fMRI to show that alpha oscillations modulate dynamic brain states during sustained attention, enhancing attention and suppressing specific brain states.

This study shows that long-term stress alters the dynamic reconfiguration of functional brain networks during rest, emotion, and working memory tasks, increasing persistence in goal-directed states and correlations with psychological distress.

This study investigates how positive coping in children affects emotional wellness through neuroendocrine mechanisms, showing that cortisol awakening response mediates the relationship between coping and hippocampal-neocortical connectivity.

This study shows emotional tagging enhances memory for neutral events through rapid neural reactivation and reorganization in the hippocampus and neocortex.

This study shows that growth mindset enhances working memory development through optimized cortico-striatal network dynamics that balance flexibility and stability.

The paper investigates how negative family emotional climate affects children's psychopathological symptoms through child-parent neural synchrony, finding reduced vmPFC-hippocampal correlations in such dyads.

This study tracks the development of a primary-to-transmodal gradient in the brain from childhood to adolescence, linking it to cognitive functions and gene expression.

This study shows that rapid neural reorganization during retrieval practice predicts long-term retention and false memory, with distinct brain regions involved in each outcome.

This study investigates how positive and neutral emotional updates affect the reconsolidation of aversive memories, finding that positive updates introduce more false memories while neutral updates reduce emotional arousal.

The paper investigates the cortisol awakening response (CAR) and its role in brain preparedness, finding that CAR predicts improved neural efficiency and working memory performance.

The paper investigates hierarchical learning by combining a hierarchical Bayesian model with EEG data during a probabilistic reversal learning task, showing distinct neural encoding of low- and high-level prediction errors.