Aarti Jagannath

The paper shows that manipulating cortical activity during sleep deprivation prevents ER stress responses while increasing sleep pressure markers.

This study shows that hyperglycaemia reversibly disrupts circadian behaviour in mice by reducing rhythm amplitude and altering phase, with effects reversed upon normoglycaemia restoration.

This study identifies lithium's effects on synaptic phosphoproteome in mouse synaptoneurosomes, revealing multi-kinase network changes linked to bipolar disorder.

This study shows that oral gavage affects circadian activity measurements differently depending on the method used, highlighting the need for appropriate controls in experimental design.

This study investigates how sleep deprivation alters gene regulatory networks in three mouse brain regions using multiomic analysis, revealing region-specific epigenomic changes.

The paper identifies sex-specific transcriptomic changes in the cerebral cortex of male and female mice after sleep deprivation, highlighting differential regulation of genes like Bdnf and Fosb.

This study investigates how Adenosine Kinase affects sleep timing and homeostatic sleep response through distinct molecular pathways in mice.

This study shows that sleep deprivation alters the mouse lung transcriptome, suppressing immune systems and activating SARS-CoV-2 replication genes, increasing viral infection risk.

This study shows that SIK1 activity modulates synaptic phosphoproteome to induce sleep independently of sleep pressure, revealing a causal mechanism for sleep regulation.

The paper shows that cold exposure causes chromatin compaction and nuclear retention of circadian clock transcripts, which resets the circadian rhythm upon rewarming.

This study shows that hypothalamic stimulation increases cortical activity and accelerates sleep pressure buildup, indicating the hypothalamus regulates both state transitions and within-state arousal intensity.