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Whole brain mapping of spinal-projecting neurons in larval zebrafish

Carbo-Tano M, Fidelin K, Welch T, Narayan S, Ahrens M, Dubuc R, Wyart C. 2026. Whole brain mapping of spinal-projecting neurons in larval zebrafish. bioRxiv.

In situ molecular architecture of the mammalian sperm nuclear vacuole

Braxton JR, Qu S, Skinner WM, Shiozaki M, Jean N, Yan R, Zhao X, Yu Z, Lishko PV, Chen Z. 2026. In situ molecular architecture of the mammalian sperm nuclear vacuole. bioRxiv.

Neurodata without boredom: Benchmarking Agentic AI for data reuse

Zhang L-Q, Branson K. 2026. Neurodata without boredom: Benchmarking Agentic AI for data reuse. arXiv.

Neuroscience data are highly fragmented across labs, formats, and experimental paradigms, and reuse often requires substantial manual effort. A persistent roadblock to data reuse and integration is the need to decipher bespoke and diverse data formatting choices.

On the other side of the membrane: A new role for a luminal protein in the cytoplasm

Snapp E. 2026. On the other side of the membrane: A new role for a luminal protein in the cytoplasm. FEBS J.

Remotely accessible optical microscopy education through a wide (and global) lens.

Sanchez Z, de Jesus M, David M, Taheri A, Olatunji SYinka, Rahmoon M, Eliceiri KW, Mahadevan-Jansen A, Millis BA. 2026. Remotely accessible optical microscopy education through a wide (and global) lens.. J Microsc.

Hidden symmetries in network connectivity support ring attractor dynamics in the fly’s neural compass

Hulse BK, Aneesh P.B., Romani S, Jayaraman V, Hermundstad AM. 2026. Hidden symmetries in network connectivity support ring attractor dynamics in the fly’s neural compass. bioRxiv.

Experience-dependent gain modulation drives thermosensory responses in behavior

García MDaíz, Beagan J, Cabezas-Bou E, Thomas MJ, Kumar S, Shao L, Fu X, Cuentas-Condori A, McVay JR, Hawk JD et al.. 2026. Experience-dependent gain modulation drives thermosensory responses in behavior. bioRxiv.

A workflow for the identification of oligomeric structures on tilted sample planes in Cryo-SMLM

Dong Y, Yang Z, Schneider MC, Scherzer O, Schütz GJ. 2026. A workflow for the identification of oligomeric structures on tilted sample planes in Cryo-SMLM. bioRxiv.

Using iPALM to determine protein organisation in cardiac muscle Z-discs

Umney O, Curd APaul, Martin H, Lewis T, San Tang AAh-, Balusubramanian H, Khuon S, Aaron J, Peckham M. 2026. Using iPALM to determine protein organisation in cardiac muscle Z-discs. bioRxiv.

A workflow for the identification of oligomeric structures on tilted sample planes in Cryo-SMLM

Dong Y, Yang Z, Schneider M, Scherzer O, Schuetz G. 2026. A workflow for the identification of oligomeric structures on tilted sample planes in Cryo-SMLM. bioRxiv.

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Whole brain mapping of spinal-projecting neurons in larval zebrafish

In situ molecular architecture of the mammalian sperm nuclear vacuole

Neurodata without boredom: Benchmarking Agentic AI for data reuse

On the other side of the membrane: A new role for a luminal protein in the cytoplasm

Remotely accessible optical microscopy education through a wide (and global) lens.

Hidden symmetries in network connectivity support ring attractor dynamics in the fly’s neural compass

Experience-dependent gain modulation drives thermosensory responses in behavior

A workflow for the identification of oligomeric structures on tilted sample planes in Cryo-SMLM

Using iPALM to determine protein organisation in cardiac muscle Z-discs

A workflow for the identification of oligomeric structures on tilted sample planes in Cryo-SMLM