bioRxiv

Neuroimmune cortical organoids overexpressing C4A exhibit multiple schizophrenia endophenotypes

bioRxiv

Stanton M, Modan S, Taylor P, Hariani H, Sorokin J, Rash B, Rao S, Lopez-Tobon A, Enriquez L, Dang B, Owango D, O'Neill S, Castrillo C, Nicola J, Ye K, Blattner, R, Gonzalez F, Antonio D, Ramkumar P, Lash A, Flanzer D, Bardehle S, Gyoneva S, Shah K, Kato S, Skibinski G

Demuxalot: scaled up genetic demultiplexing for single-cell sequencing

bioRxiv

Rogozhnikov A, Ramkumar P, Shah K, Bedi R, Kato S, Escola GS

Optimization and scaling of patient-derived brain organoids uncovers deep phenotypes of disease

bioRxiv

Shah K, Bedi R, Ramkumar P, Tong Z, Rash B, Stanton B, Sorokin J, Apaydin C, Batarse A, Bergamaschi J, Blattner R, Brown S, Bosshardt A, Castrillo C, Dang B, Drusinksy S, Enriquez L, Grayson D, Hilliard J, Hsu P-K, Johnson C, Jones R, Lash A, Lee C-Y, Li K, McKay A, Mount E, Nicola J, Oumzil I, Paek J, Pascoe D, Piepho A, Poust S, Quang D, Schultz M, Sims J, Taylor P, Treiman G, Wueseke O, Young N, Pollen A, Flanzer D, Chao D, Skibinski G, Kato S, Escola GS

Light responses of melanopsin-expressing ganglion cells in the foetal mammalian retina.

bioRxiv

Jan Verweij, Shawnta Y. Chaney, Derek Bredl, Shruti Vemaraju, Gabriele M. König, Evi Kostenis, Richard A. Lang, David R. Copenhagen

Light responses of melanopsin-expressing ganglion cells in the foetal mammalian retina.

bioRxiv

Jan Verweij,Shawnta Y. Chaney,Derek Bredl,Shruti Vemaraju,Gabriele M. König,Evi Kostenis,Richard A. Lang,David R. Copenhagen

The “sewing machine” for minimally invasive neural recording

bioRxiv

Timothy L. Hanson, Camilo A. Diaz-Botia, Viktor Kharazia, Michel M Maharbiz, Philip N. Sabes

Fetal stage melanopsin (OPN4) and GNAQ (Gaq) signaling regulates vascular development of the eye.

bioRxiv

Shruti Vemaraju, Gowri Nayak, William E Miller, David R Copenhagen, Richard A Lang

Fetal stage melanopsin (OPN4) and GNAQ (Gaq) signaling regulates vascular development of the eye.

bioRxiv

Shruti Vemaraju,Gowri Nayak,William E Miller,David R Copenhagen,Richard A Lang

The autism-associated gene Scn2a plays an essential role in synaptic stability and learning.

bioRxiv

Perry Spratt, Roy Ben-Shalom, Caroline Keeshen, Kenneth Burke, Rebecca Clarkson, Stephan Sanders, Kevin Bender

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