Browse our Research Articles

Dynamic lateral diffusion of the kinase and its substrate in the plasma membrane are crucial for a proper signaling response.

The concurrent working memory load influences the Stroop conflict processing during the later stage of stimulus-response mapping.

The enhanced taste and flavor of food induced by the addition of L-ornithine, referred to as 'kokumi' in humans, may be mediated by GPRC6A receptors expressed in taste cells.

Adaptive gene expression in the common shrew hypothalamus connects energy homeostasis with reversible brain size changes in response to seasonal environmental challenges.

Lysophospholipids directly and reversibly activate pannexin channels, triggering the release of signaling molecules critical for inflammation.

Microbiome composition through the redundancy of oxalate-degrading bacteria, critically influence oxalate metabolism, explaining variable outcomes of Oxalobacter formigenes therapy and offers insights for improving probiotic selection and clinical trial strategies.

When performance is matched, the attentional blink allows for greater integration of complex stimulus features than masking, reflecting spared recurrent processing during attentional versus perceptual impairments of conscious access.

Even the smallest compound eyes retain the functional specialization of ommatidia.

Microfluidics experiments and simulations show that magnetotactic bacteria are adapted to the geomagnetic field strength for optimal navigation in sediment environments.

Target motion modulates monkey M1 neural dynamics during reaching, characterized by an orbital neural geometry composed of target-velocity-dependent tilting rings, suggesting that sensory information can be independently incorporated during motor generation.