Simulated fly nerve cord reveals three-neuron circuit that generates walking rhythm
Dynamic simulations of the Drosophila ventral nerve cord connectome identified DNg100 as the strongest driver of rhythmic leg motor activity ...
Dynamic simulations of the Drosophila ventral nerve cord connectome identified DNg100 as the strongest driver of rhythmic leg motor activity ...
Researchers mapped mouse brain circuits to reveal that median raphe neurons actively generate sleep drive and govern non-rapid eye movement ...
A brief, stimulus-triggered feedforward signal from mouse somatosensory to motor cortex predicted task success and conveyed stimulus-selective information.
A new review in Frontiers in Medical Technology surveys how optogenetics has advanced the study of neural circuits in neurodegenerative ...
In gerbils, multichannel LED-based optical cochlear implants combined with ChReef gene therapy achieved spectrally distinct auditory midbrain activity at clinically ...
Researchers used optogenetic melanopsin stimulation in HeLa cells to show that the timing pattern of light-evoked calcium signaling selectively shapes ...
A rat study combining fMRI, optogenetics, and connectivity modeling shows that high-frequency thalamic activation is preserved locally but fails to ...
A review of 16 years of The Brain Prize maps five interacting modes and three trajectories through which modern neuroscience ...
University of Würzburg professor Georg Nagel shares the 2026 Nobel Prize in Physiology or Medicine for discoveries that enabled light-based ...
In a small rat study of cervical spinal cord injury, light-based stimulation below the lesion improved forelimb reaching and axonal-growth ...
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© 2025 Scienmag - Science Magazine