GPU-native jaxon simulator accelerates peripheral nerve modeling
A new open-source simulator called jaxon uses GPU-native differentiable computing to accelerate peripheral nerve fiber modeling and enable population-scale optimization.
A new open-source simulator called jaxon uses GPU-native differentiable computing to accelerate peripheral nerve fiber modeling and enable population-scale optimization.
A new review details how the NIH Common Fund's SPARC initiative invested hundreds of millions of dollars over ten years ...
A new review details how the NIH SPARC initiative spent a decade building autonomic nerve maps, open-source neuromodulation devices, and ...
A structured narrative review of 26 human studies finds that TMS-based multisite neuromodulation after spinal cord injury consistently alters neural ...
A 269-patient retrospective cohort study found short-term peripheral nerve stimulation gave more sustained relief than single-target pulsed radiofrequency for shingles-related ...
A network meta-analysis of 115 randomized controlled trials finds that low-frequency spinal cord stimulation carries the strongest evidence for treating ...
The open-source software golgi automates the full pipeline from segmented nerve images to fiber recruitment predictions, validated against commercial solvers ...
New research in mice shows that pairing optogenetics with electrical stimulation sustains the activation of touch-sensing nerve fibers far better ...
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© 2025 Scienmag - Science Magazine