Characterization of spontaneous firing of PrL activity units with 3D HD-MEA chips.

Characterization of spontaneous firing of PrL activity units with 3D HD-MEA chips.

<p>Characterization of spontaneous firing of PrL activity units with 3D HD-MEA chips.</p>

Saved in:

Bibliographic Details
Main Author:	Lisa Mapelli (416979) (author)
Other Authors:	Danila Di Domenico (22184062) (author), Giacomo Sciacca (22184065) (author), Francesco Mainardi (16194623) (author), Alessandra Ottaviani (9928810) (author), Anita Monteverdi (13202808) (author), Mariateresa Tedesco (8065790) (author), Chiara Rosa Battaglia (22184068) (author), Simona Tritto (6427103) (author), Mauro Gandolfo (22184071) (author), Kilian Imfeld (22184074) (author), Stefanie Kiderlen (22184077) (author), Lukas Krainer (22184080) (author), Chiara Cervetto (309268) (author), Manuela Marcoli (309265) (author), Anson Sing (22184083) (author), Jimena Andersen (9435518) (author), Fikri Birey (22184086) (author), Steven A. Sloan (12490070) (author), Alessandro Maccione (172920) (author), Egidio D'Angelo (213390) (author)
Published:	2025
Subjects:	Biochemistry Neuroscience Biological Sciences not elsewhere classified Physical Sciences not elsewhere classified Information Systems not elsewhere classified sensor interface provided creating new opportunities complex spatiotemporal organization chemical compound diffusion high spatiotemporal resolution planar mea improving mea technology represents mea microneedles reached mea also resolved different brain regions biological brain models ex vivo </ enhanced electrophysiological recordings div >< p advanced 3d high acute brain slices obtaining high brain microcircuits vitro </ throughput recordings cerebellar slices acute cortico brain spheroids valuable tool spinal organoids specimen adhesion results show recent advances organoids obtained one side neural structure neural networks multiple sites microchannel network meas ), inner layers functional connectivity electrode arrays drug application 3d hd
Tags:	Add Tag No Tags, Be the first to tag this record!