Allen Institute - Locus coeruleus norepinephrine activity during dynamic foraging - Electrophysiology and fiber photometry
ID: 001950
DRAFT
DRAFT
Contact Su, Zhixiao
File Count 10
Size 336.3 MB
Created August 17, 2026
Last update August 19, 2026
Licenses: spdx:CC-BY-4.0
Access Information: dandi:OpenAccess
This Dandiset contains electrophysiology and fiber photometry recordings of the locus coeruleus norepinephrine (LC-NE) system in mice performing a dynamic foraging task. Electrophysiology sessions contain single-neuron recordings from the LC and optogenetic tagging to identify norepinephrine neurons. Some electrophysiology session include antidromic stimulation to identify LC neurons projecting...
Keywords:
norepinephrine
Locus coeruleus
decision-making
Subject matter:
locus coeruleus
norepinephrine
Contributors
Kosillo, Polina 
Jung, Kanghoon
Chen, Shuonan
Summers, Mathew T
Piet, Alex
Hou, Han
Hagihara, Kenta M
Friedmann, Drew
Ho-Shing, Olivia
Becker, Matthew I
Chartrand, Thomas
Grotz, Peter
Hilton-VanOsdall, Ella
Lee, Margaret
Javeri, Rajvi
Tuggle, Samantha L
Ouellette, Naveen
Myers, Holly
Laiton, Camilo
Wulf, Kaelin
Rohde, John
Buccino, Alessio
Arshadi, Cameron
Wang, Di
Seshamani, Sharmishtaa
Vasquez, Sonya
Eng, Carolyn M
Ollerenshaw, Douglas R
Dee, Nick
Casper, Tamara
Ho, Windy
Jungert, Matthew
Jordan, Atlas
Phillips, Elliot
Chakka, Anish Bhaswanth
Nasirova, Kamiliam
Blake, Krista
McCutcheon, Audrey
Koch, Megan
Vergara, Maria Camila
Smith, Kimberly A
Jarsky, Tim
Lusk, Nicholas
Rue, Mara
Chen, Xiaoyin
Siegle, Joshua H
Glaser, Adam K
Lee, Brian R
Svoboda, Karel
Isogai, Yoh
Chandrashekar, Jayaram V
Cohen, Jeremiah Y
Funding information
No funding information available.
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