David M. Bannerman

The paper identifies a hippocampal metabolic signature linked to mood and insulin signalling in depression, showing conserved effects across humans and mice.

This study shows that pathological tau expression in the anterodorsal thalamic nucleus disrupts head direction signaling, leading to spatial disorientation in mice.

This study shows magnetic fields affect c-Fos expression in mouse retinas and influence exploratory behavior and circadian rhythms, suggesting a retinal response to magnetic fields in mammals.

This study shows that reducing Ca2+-permeable AMPARs in PV+ interneurons impairs working memory and reversal learning but not initial memory acquisition.

The paper identifies orexin-sensitive layer 6 neurons in the prefrontal cortex that regulate cortical excitability and anxiety behaviour.

This study shows that stopping SSRIs like paroxetine leads to increased 5-HT activity in the brain, causing anxiety-like behaviors and changes in neurotransmitter levels.

This study identifies a small molecule, OXS-N1, that increases adult neurogenesis and improves memory in a mouse model of Alzheimer's disease through an in vitro phenotypic screen.

This study shows that ablating adult oligodendrogenesis alters brain microstructure and activity without affecting behaviour.

This study introduces a new metric, oscillatory Quality (o-Quality), to quantify sleep spindle oscillatory strength in mice and links it to functional roles in sleep.

The paper shows that oligodendrocyte production is crucial for improving working memory performance in mice during maze training.

This study shows that 5-MeO-DMT induces a dissociated brain state in mice with features of both wakefulness and sleep, including slow waves and pupil dilation, while suppressing REM sleep.

This study shows that GluA1 dysfunction leads to impaired short-term habituation, resulting in a hyper-dopaminergic phenotype in the nucleus accumbens, which may contribute to aberrant salience in schizophrenia.

This study investigates how human pTau affects hippocampal neurons and network activity in tauopathy model mice, finding pTau accumulation in pyramidal neurons and spread to oligodendrocytes, with preserved neuronal coordination despite neurodegeneration.

This study shows that the retrosplenial cortex is necessary for both spatial and non-spatial latent learning in mice, specifically during the preconditioning phase.

This study investigates the effect of SSRI discontinuation on anxiety-like behaviors in mice, finding short-lasting behavioral changes in males but not females.

The paper shows that intraneuronal chloride levels increase with wakefulness, reducing synaptic inhibition and affecting cortical function, and that targeting chloride can restore performance in tired states.

The paper decodes working memory-related neural connectivity in mice and humans across tasks, finding task-specific and distributed patterns with high prediction accuracy.

This study shows that different types of waking experiences in mice affect sleep pressure differently, with task-based wakefulness reducing sleep need more than exploratory behavior.

This study shows psilocin disrupts sleep patterns and affects local but not global sleep homeostasis in mice, potentially linking to its antidepressant effects.

This study shows that skill acquisition in adult rats increases myelination and strengthens functional connectivity in sensorimotor circuits, correlating with improved performance.

This study shows that systemic inflammation causes acute cognitive dysfunction and brain injury through separate IL-1-dependent mechanisms, with implications for managing cognitive decline during illness.

This study shows that reducing serotonin transporter activity in mice enhances aversive learning and amygdala responsivity, supporting a network plasticity theory of serotonin function.