ICLM: Discover, teach, treatI.C. Learning & Memory


Recent developments in technologies that allow the activation and inhibition of specific cell assemblies in behaving brains have revolutionized systems neuroscience.
An ideal complement to these ground-breaking tools are approaches that allow the functional imaging of large numbers of neurons in freely moving animals (e.g. head-mounted fluorescent microscopes originally developed in the Schnitzer lab). The UCLA Miniscope Project (see our wiki @
miniscope.org) has developed a series of inexpensive, open source next generation head mounted fluorescent microscopes that are being used by hundreds of labs worldwide. This workshop is sponsored by MCCS and the UCLA Integrative Center for Learning and Memory (ICLM).


This MCCS / ICLM workshop will review new ground breaking developments in an open source, new generation of head-mounted fluorescent microscopes (miniscopes). For a wiki describing these miniscopes, associated protocols, part numbers etc, go to miniscope.org. The long-term goal is to continue to foster a wiki-like community of users that will share the development of this powerful technology, from the design of the miniscopes to the computer software, surgery methods, etc, in an open source and commercial free environment. This workshop is part of a series of events to share the evolving technology of miniscopes. The UCLA Miniscope workshop will be on Thursday October 17, 2019 (1-5:30 PM; right before the SFN meeting) in the Hughes Auditorium
Robert H Lurie Medical Research Center, Northwestern University, 303 E Superior, Chicago IL 60611


October 17, 2019 (1-5 :30 PM)
Hughes Auditorium
Robert H Lurie Medical Research Center, 303 E Superior, Chicago IL 60611

1:05-1:15 Welcome: Alcino Silva (UCLA) and Peyman Golshami (UCLA)

Overview: Denise Cai (Mt Sinai)

Imaging principles: Daniel Aharoni (UCLA)

Implantation & baseplate surgeries: Ronen Reshef (UCLA)

Assembly & imaging: Denise Cai (Mt Sinai)

Imaging analyses: Eftychios Pnevmatikakis (Flatiron Institute)

Imaging neocortex: Megha Sehgal (UCLA)

3:40- 3:45
Imaging deep structures: Pingping Zhao (UCLA)


4:00 -4:15
Imaging rat CA1: Tad Blair (UCLA)

4:15- 4:30
Analyses pipeline for miniscope data: Zhe Dong (Mt Sinai)

4:30- 5:00
Future developments in Miniscopes: Daniel Aharoni (UCLA)

5:00- 5:15
NSF's Next Generation Networks for Neuroscience (NeuroNex): Edda Thiels, (NSF)

5:15- 5:30
General Q&A

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Because of the limited availability of openings in this workshop, registration is mandatory.

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