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Neuropixels Ultra Doubles Neuron Yield With 6-Micrometer Site Spacing

Summary A Neuron paper describes Neuropixels Ultra, which packs 6,144 switchable recording sites at 6-micrometer center-to-center spacing while reading 384 channels simultaneously. In mouse visual cortex recordings, neuronal yield increased by more than twofold. The study also improved subcellular signal detection and cell-type classification, but it did not report simultaneous recording from 10,000 neurons.
Why it matters The paper separates site density from neuron count and shows where the denser probe actually helps, preventing a 6,144-site design from being misreported as 10,000 simultaneous neurons.
BCIwiki (bciwiki.com) — Neuron published a study of Neuropixels Ultra online on September 30, 2025. The probe uses 5-by-5-micrometer recording sites arranged at 6-micrometer center-to-center spacing, creating 6,144 switchable sites while recording from 384 channels at a time.

In mouse visual cortex experiments, Neuropixels Ultra increased neuronal yield by more than twofold. Its denser sampling captured the spatial footprint of extracellular electrical fields, helping distinguish axonal from somatic signals. The researchers also classified three genetically identified cortical interneuron types at about 80% accuracy and separated them from other neurons at about 85% accuracy.

The added density comes with a shorter recording span than Neuropixels 1.0, and the evidence is largely from animal experiments. The paper did not report simultaneous recording from 10,000 neurons. The 6,144 figure refers to selectable recording sites, which must be kept distinct from neuron count and simultaneous channels.

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Neuron全文 2025-09-30

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