Browse our Research Articles

A novel bilateral compensatory mechanism important for the activity of olfactory glomeruli in Xenopus tropicalis tadpoles was uncovered.

Biochemical and genetic evidence identifies ATP5I as a biguanide target, redefining biguanide action through ATP synthase regulation and assembly, mitochondrial architecture, and mitochondrial protein turnover.

Addictive drugs, as well as ketamine/xylazine, change the connectivity to ventral tegmental area dopamine cells, which may be related to cellular activity.

Neural reward signals following effort are amplified for self-benefiting outcomes but attenuated for other-benefiting outcomes, contingent upon reward magnitude and individual effort sensitivity.

A newly developed chemo-immunological strategy enabled detection of acetoacetate-mediated lysine acetoacetylation, identified the associated regulatory enzymes, and revealed its distinct biological functions and physiological significance.

Meta-analysis indicates that network-targeted non-invasive brain stimulation consistently enhances memory function supported by the hippocampal network, thus providing robust evidence that specific memory abilities rely on specific modifiable brain networks.

Selective engagement of suprapyramidal dentate gyrus neurons during a high-demand pattern separation task reveals blade-specific circuit engagement for enhancing mnemonic discrimination.

A Gata3 enhancer-embedded long non-coding RNA, Dreg1, was identified as being specifically required for optimal group 2 innate lymphoid cell development.

Fever, often seen as protective, accelerates protein export to surfaces of malaria-infected RBCs, increasing adhesion linked to disease severity.

The Drosophila ryanodine receptor plays a conserved role in setting functional and structural muscle properties, regulates embryonic muscle development and could be used to assess the impact of human RYR1 mutations.