Open Neurodata Showcase 2023
Meet the scientists who have publicly shared neurophysiology data
The DANDI Archive now has 175+ neurophysiology datasets in the Neurodata Without Borders format spanning many species, brain areas, task types, and imaging modalities. These include high-value datasets, e.g., from The Allen Institute, the MICrONS project, and the International Brain Laboratory, as well as diverse contributions from neuroscience labs around the world.
In this event, we organized a virtual poster session in the Gather platform to bring together data contributors and anyone interested in reusing existing neurophysiology data. This virtual event offered a unique opportunity for participants to engage in discussions, explore dandisets, and allowed data contributors to showcase their projects.
Dates and Location
- Date: August 28, 2023, 9:00 - 10:30 AM PDT (UTC-7)
- Location: Virtual in Gather
Report
The combined report for NeuroDataReHack 2023 and the Open Neurodata Showcase 2023 is available online at [PDF (GitHub)].
Virtual Data Showcase Agenda
| Session | Speakers | Time: Pacific |
|---|---|---|
| Gather space opens to participants | 8:55 AM | |
| Introduction to the virtual data showcase | Organizers | 9:00-9:20 AM |
| Virtual poster session | Data Contributors | 9:20-10:30 AM |
Presenters
| Posters | Speakers |
|---|---|
| Allen Brain Observatory: Visual Coding Neuropixels Dataset | Josh Siegle, Allen Institute |
| A Brain-Wide Map of Neural Activity during Complex Behaviour | Olivier Winter, IBL |
| MICrONS Two Photon Functional Imaging | Paul Fahey, Baylor College of Medicine |
| The OpenScope Databook | Carter Peene, Allen Institute |
| Three datasets of human single-neuron electrophysiology recordings during working memory and long-term memory tasks | Michael Kyzar, Rutishauser Lab |
| Challenges and neuroethical considerations in sharing human neural data | Angelique C Paulk, Massachusetts General Hospital |
| Data on auditory cortex plasticity and oxytocin neuron responses in co-parental mice | Robert Froemke, NYU |
| Esr1+ hypothalamic-habenula neurons shape aversive states | Pierre Le Merre, Karolinska Institutet |